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Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It was soft then it got louder. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||Because there is more tension so the vibrations go faster. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It goes higher. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string is lower when you tightened it. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It was a high pitch when she hit the string when it was not holding down the string it was a lower sound. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It was louder Because she made more tension. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string had a higher pitch. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It would make a High sound. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It was higher. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It would either make the pitch higher or lower. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The pitch higher so it was more of a ding than a bring. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||Lower because if you pull on the string it is lower. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When you tighten it it makes a higher pitched. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||Well when it is tightened you can not pull it that far so it makes a different sound. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It is lower pitch when it is tighten so if it is looser then it is high pitch. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It got high pitch and lower volume. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When you tighten it up it would sound different. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string was tighter. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||I know that it is a low pitch. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It would be a low pitch. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It will be louder. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string makes a low pitch. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When the string is tightened the string comes more out of the guitar part so the string in the guitar part is smaller so the pitch it higher. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When she tightened the string there was a higher pitch. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When the string is tightened, the pitch is higher not lower. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string made a higher pitch because it made it stop earlier which makes a higher pitch. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When you make it long it make it low sound when you make it short it a height sound. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When it was loose the sound was soft but when it was tighten it is low. | contradictory |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The string was higher pitch because it had more tension. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The tighter the string the higher it gets. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||When she make the the loose it get the sound lower. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||The pitch is higher. | correct |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||It was louder because the string was tighter. | irrelevant |
Katie got a guitar for her birthday. She experimented with the strings and found she could change their sounds. One way Katie could change the sound of a string was to tighten it. Describe how the sound was different when the string was tightened.||When the string was tighter, the pitch was higher.||By moving her finger. | irrelevant |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, because with pure sugar is higher than 200 milliliters and Fruity Cream cookies is 150 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||They are not pure sugar. My evidence is pure sugar has 200 milliliters. They only have 150. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||I think yes and no because cookies are not just pure sugar they are sweet as well so they do have sugar but not a whole lot of sugar. | contradictory |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies is not pure sugar because it would be as high as the volume tube with pure sugar. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No because the Fruity Cream cookies are only 150 milliliters while pure sugar is 200 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, they are not pure sugar because the pure sugar is 200 milliliters and the cookie Is 150 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies have 150 milliliters of carbon dioxide and pure sugar has 200 milliliters carbon dioxide. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No but they do have sugar. If it was pure sugar, it would be 200 milliliters not 150 milliliters like it is. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No because the experiment tells so cookies have 150 while sugar has 200. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No because they had less carbon dioxide than the pure sugar did. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies are not pure sugar because if it was pure sugar, it would be just like the pure sugar in other tube. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No Fruity Cream cookies are not pure sugar. My evidence is that there was more carbon dioxide in the pure sugar volume tube than in the Fruity Cream cookies tube. And carbon dioxide is provided when yeast has warmth sugar and water. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies are not pure sugar. I know this because if the Fruity Cream cookies were pure sugar the volume tube would read the same. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||The Fruity Cream is not pure sugar because the cookie amount of milliliters does not meet the amount of milliliters in pure sugar. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Finally Cream cookies are not pure sugar I know that because. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No because on the diagram it shows pure sugar is more than Fruity Cream cookies. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No Fruity Cream cookies are not pure sugar because it is fruity. Fruity means it is fruit. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Yes because Fruity Cream cookies have sugar. | contradictory |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||They are almost pure sugar because they column tube on the left is above 200 milliliters and the one on the right is below. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, because they have less carbon dioxide than pure sugar. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream is not pure sugar the chart says that the cookies are at 150 milliliters and pure sugar is 200 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies are pure sugar, because the volume tube tells if it has sugar and it has sugar because it is sweet. | contradictory |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, because on the top it has the name of the cookies and it shows how much sugar it has in it. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, because there is fruit and fruit does not have that much sugar. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, because the pictures on the right show you that the cookies have less. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Yes, my evidence is that Diva's father said that they were pure sugar. | contradictory |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies are not pure sugar because if you compare it the cookies are not the same mass. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies are not pure sugar because they are not 4 grams. | partially_correct_incomplete |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No they are not pure sugar if it was it would pass 350 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies are not pure sugar because pure sugar is about 200 and Fruity Cream cookies are at least 150 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies is not pure sugar because pure sugar is 200 milliliters and Fruity Cream cookies is less than 200 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, Fruity Cream cookies are not pure sugar. My evidence was, pure sugar result were 200 milliliters and the cookies were 150. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||No, they are not put sugar because when she put the cookies in the volume measure it was not to the highest number. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies have a lot of pure sugar and the cream cookies have less sugar. | irrelevant |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Fruity Cream cookies are not pure sugar and my evidence is that pure sugar is 200 milliliters but Fruity Cream cookies is only 150 milliliters. | correct |
Diva's father told her she should not eat so many cookies because they were pure sugar. Diva decided to investigate the amount of sugar in Fruity Cream cookies. She performed the sugar test on 4 grams of pure sugar and on 4 grams of Fruity Cream cookies. The results are pictured at the right. Are Fruity Cream cookies pure sugar? What is your evidence?||No, Fruity cream cookies are not pure sugar. The cookies did not produce as much gas as was produced by the pure sugar.||Yes because cookies has a lot of sugar in it. | contradictory |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. When there are more than one thing it get hotter faster and cooler faster too. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because there are more black in it. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. It got more energy to do. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because the more the black, the hotter it gets. The less it has, the cooler it gets. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. The one with 3 disks could of got hot because it had more disks than A or B. Since it has more disks then it was the one that got the hottest because the sun heat got in it more than the other 2. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. C because it holds 3 black papers in the pan with water facing the sun. Black absorbs the heat. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Since more surface area absorbs heat and it was black it makes more sense for it to be more hot. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. I selected pan C because pan C got the most black disks so pan C absorbs more heat. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. There is more black to attract the sun. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||A. Because B and C will take too long to heat up because there is more water in pan B and C. | contradictory |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because there are 3 white cakes in pan C. | contradictory |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because it has more black circles. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. It has more black and black heats up fast. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. I picked C because it has more pans and they will affect the sun. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because it has more black in it that attracts the sun to make it hotter. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. I pick C because that is the highest of the other. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. I think it would be the hottest because it has more black. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because it has the most plastic disks. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. The cake pan C had the most black in it so it warmed up the quickest and made the water warmer. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. It has more black disks to absorb more heat. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Pan C had the largest surface area to absorb the heat from the sun, so pan C became the warmest pan in the sun. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Well it has more black, and the sun's heat is attracted by dark colors, so the heat would stay on C. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. The black disks absorbs the heat so the width of the disk, the more the heats expands when it touches the water place will be heated up. | correct |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||A. Water is a heat sink which slows down the absorption of the heat so the more water the less heat in the pan. | contradictory |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. It has more black parts. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because there are 3 heat sinks on C which will keep the pan warm in the night. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. Because the more black it is the more the black is absorbing and making the water the hottest. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||A. Because energy did not have much to heat so it focused on that one thing. | contradictory |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. C, because there is more black in C than any other cake pan. The more black the hotter it will get because black absorbs the sun's energy. | partially_correct_incomplete |
Maggie wanted to find out if surface area affected temperature change. She had 3 white cake pans. She filled each with 300 milliliters of water. She put one small black plastic disk in pan A, 2 in pan B, and 3 in pan C. Then she put all 3 pans in the sun. When Maggie measured the water temperature in each pan after 15 minutes, which pan do you think held the hottest water? Explain your answer.||C. Black absorbs more heat (energy) than white. Pan C has the most dark surface area so C would heat up the fastest and have the highest temperature.||C. They all absorbed the heat. When these disks they absorb and pass the heat between all of them and that is why. | correct |
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