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Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is very light so it can be carried farther than the sand and pebbles. | correct |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is deposited there, because the clay has the least amount of mass so it will go farther. | correct |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is deposited where I indicated because the clay has the lesser mass so it is can be carried the farthest. | partially_correct_incomplete |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||It was deposited there because it has a lesser mass and therefore is carried farther than all of the other earth materials. | correct |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is where I indicated it because it is the one that gets pushed out the farthest. | partially_correct_incomplete |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||Clay is lighter than sand or pebbles so it would be easier for water to carry it farther. | correct |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is deposited where I indicated because it is the lightest. | correct |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay deposit is farther because of its light weight. | partially_correct_incomplete |
Below is a drawing of a river that carried sand, clay, and pebbles (past the river's mouth) to a lake. Why is the clay deposited where you indicated?||The clay particles are lighter or smaller and are therefore carried farther by the water, so the clay particles end up the greatest distance away from the mouth of the river.||The clay is indicated where I put it because clay is soft and lines are soft too. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||They are different. Like bark not bark. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||They do not have the same rubbing material to be the same. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||That one has holes and the other one does not. One probably smooth and the other one bumpy. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||They are not the same letter B has big spots and letter A has lines and little spots. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||Rubbing A is not that clear because they rubbed it soft and B is rubbed hard. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A. Might be soft B. might be a little bumpy. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||B is bumpy A is smooth. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A tells you it has dashing lines B is telling us it has bumps. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||Fabric B has lots of clear, round bumps. Fabric A has smaller, blurry bumps. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||They are bumpy. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||If you look you can tell that B is sort of like a metal gate and A is sort of like a wall. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||It is different because rubbing B has holes that are dark shaded wide and rubbing A has small holes that are mostly rough. | contradictory |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A is harder to read than B. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||One of the rubbings are smooth and the other one looks rough. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A was the second one behind the second one and B was the one that got rubbed. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||On A they colored it light and on B they colored it hard. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A looks kind of smooth and the other one has bumps. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||I now one is same an hard. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A is real bumping and it is hard B has small holes. | contradictory |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A texture is smooth. B's texture is rough and bumpy. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||The fabrics in A show that the fabrics is not show up fabrics and B it tells you that it was bumpy. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||The B it shows be rubbing when we color. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||B has some rough and A is not that rough and A is smooth. And B is darker then A. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||The A one is kind of bluer and it must have been smooth because it does not have any bumps. B you could see it was bumpy. | partially_correct_incomplete |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||They are rubbed smooth and hard. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||I can tell that they are different fabrics because one of the fabrics are darker and have more lines and spots than the lighter one. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||If there bumpy or smooth or rough and show what the texture is. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||Well there are lines on A and on B it kind of looks like a screen. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||One is dark and the other is not and okay you can see them better. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A was probably a much smoother fabric than B. Because B probably had more creases in it. | correct |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||The rubbings tell you that you cannot see A. And later a string to tell you that it is darker than A. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||B shows us that there is a design on it, and you could probably fill it. A shows us that this fabric is not very noticeable. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||A has marks and lines and B does not have marks and lines like A it has polka dots on it and lines through the polka dots. | irrelevant |
Look at the rubbings of 2 different fabrics. What do the rubbings tell us about the different textures of these 2 fabrics?||Fabric A is smoother and has a finer texture. Fabric B is rougher and has a coarser texture.||Rubbing A was smooth, and rubbing B was rough and bumpy. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because no solid that one has more than the other in the same amount of water. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No not all mixtures and solutions come out correct he needs to let it sit or he should let or he should let I stir it. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because different materials have different solubility. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because different solids have different solubility is. Janet and Mike used different solids. They are wrong. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes it is possible both solubility's are correct different solubility's very possible because some substances are more able to dissolve in less space than others. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because the water has different materials in it and the materials have different atoms and stuff and that makes changes to what happens to them in water and their solubility. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because it has 2 different chemicals and it does not have the same solubilities. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because they are whole new materials. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Because they are different ingredients. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because they are 2 different ingredients. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because the solubility is of mixtures are not all the same. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because they are different materials. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because they are both different. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes it is. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||What do you mean I do not how what you are say to me so can you help me. | non_domain |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because all material move in a different way. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Because they are different things. Nitrate is different then chloride so they cannot be the same weight. Just like a monkey and a elephant. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because all materials have different grams. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because they are 2 different things. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because silver chloride is different than silver nitrate. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because silver chloride is different than silver nitrate. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||They are correct because the materials are 2 whole different materials. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because something else can have the exact same thing and it does not have to be like that. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because only a certain amount of solid can dissolve in a certain amount of water. They both got different solubility in the same amount of water which mean somebody did something wrong. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||The fizzing means that it came from the gas. | irrelevant |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes they can do it different but be the same way. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because they are different grams. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because they might weigh different. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because Janet used silver chloride and Mike used silver nitrate which means if they used 2 different things they both could be right. | correct |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because both the silver thing are different and they weigh different. | partially_correct_incomplete |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||No because they used different chemicals so that why it is not the same and also because they used different sizes. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||It could be possible chance it is correct but there could also be a 50 chance it is right and a 50 50 chance it is wrong. If they do not know they could do some test and research. | contradictory |
Janet found the solubility of silver chloride to be 86 grams in 50 milliliters of water. Mike found the solubility of silver nitrate to be 108 grams in 50 milliliters of water. Janet and Mike thought they must have made a mistake. They thought the solubilities of all materials in water should be the same. Is it possible that both solubilities are correct? Explain your answer.||Yes, they could both be correct. Solubility is not the same for all materials.||Yes because silver nitrate might be heavier. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||You can see through it. | irrelevant |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||It is one material that dissolves into the other. Making a clear mixture. Although it could be colored, it has to be see through. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||It is a clear mixture. | irrelevant |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||It dissolves the solid into a liquid that is see through. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||It has to be a fairly clear. | irrelevant |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is a solid and a liquid mixed together. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||In a solution one of the materials dissolves and the mixture is see through. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is different because a solution is a mixture of a solid material and a liquid. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||Because 2 mixtures become a solution. A solution is different because mixture cannot become a solution only 2 can. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||The difference from other mixtures was that we only used 2 and other people might use 3 or 4. | irrelevant |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is when you take a mixture like powder and mix it with water then after stirring it, it becomes a solution. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||Because it is made of 2 mixtures, and making it one mixture and becoming a solution of 2 mixtures. | irrelevant |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is 2 materials put together and the one dissolves. And on a mixture they stay so you can see it. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||It is different because in other mixtures the liquid dissolves but in a solution the solid material dissolves. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is different from a mixture because it is when you mix 2 or more things and a solution is when like water and salt dissolves or evaporated. | contradictory |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||When you make solution tiny particles of the solid explained some cannot see it. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||The solid material dissolves. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is a different type of mixture. Then they are a solution is a mixtures that dissolves. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||The salt dissolved in the mixture. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution something that dissolves. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution is something that dissolves into the liquid and a mixture is something mixed up together. | correct |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||When the mixture is mixed. | partially_correct_incomplete |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||A solution does not dissolve. | contradictory |
A solution is a type of mixture. What makes it different from other mixtures?||A solution is a mixture formed when a solid dissolves in a liquid.||Other mixtures are mixed with peas and tomatoes and other foods. | irrelevant |
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