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We created a saturated soloution out of 30 ml of water

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We added 30 grams of magnesium sulfate to our water and it created a saturated solution. I know this because there was salt at the bottom and on the side of our water holder.

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We created a saturated solution by adding 30ml of water and 5 ml of MgSO4. The Magnesium sulfate weighed more because it had more solute.

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It shows us that salt is harder to evapoate than epsonsalt because you can see the salt in the bottum

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We added 30 grams of magnesium sulfate (MgSO4) to 30 grams of water to create a saturated solution. We know this because there were small flakes of magnesium sulfate after adding 30 grams

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The results tell me that the Magnusium Sulfate is more soluable than the Sodium Chloride. Also the Magnesium Sulfate weighed more at the end because it had more solute.

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We created a solution by adding 30 grams of salt to the 30 millimeters of water to the solution. I know this because there was salt at the bottom.

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We created a saturated solution from putting 30 mL bath salt (magnesium sulfate) into 30 mL of water. I know it was a saturated solution because there was flakes of salt at the bottom of the bottle. It takes 23.3 grams of magnesium sulfate to make a saturated solution.

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We created a saturated solution by adding 30 Grams of Magnesium sulfate to the 30 milligrams of water

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we started with 30 ml of water and added 5 ml of bath salt, and shook up the bottle. then we kept adding the bath salt and shaking the bottle until no more would devolve.

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By adding 10ml of salt(NaCl) to 30ml of water in the vial and shaking, we created a saturated solution, I know this because ther was salt on the bottom of the vial and it take 6.6 grams of salt to saturate a solution

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We took the 30mg of water under the filter then poured in the salt in through the filter.we then shook the container vigorously until the salt dissolved we repeated the process until the solution was saturated.We knew this was saturated because there was leftover salt in the bottle.we also know from weighing because it went up in 8.1 grams.

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We created a saturated solution with two spoonfuls of NaCl with water.

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We created a saturated solution of table salt(NaCl) and water(H2O). It became saturated when the amount of salt reached 10mL(or 10g). We know it was saturated, because the salt on the sides of the walls wouldn't dissolve. We also filtered it and found that the water and salt solution had gone through, but left salt in the filter. after that, we found the solution was 36.7g and the salt was 6.7 g.

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We created a saturated solution by putting in Sodium Chloride (NaCl or table salt) by the spoonfuls into the reaction bottle. Between each spoonful, we shook the bottle up to make the salt dissolve. Table salt isn't really made to dissolve in water, so only 10 g of salt is all it took to completely saturate the water. We know it was saturated because the water turned cloudy, and you could see little flakes of salt in the bottom of the solution, and there was even lots of excess salt on the bottle. In the end, the solution weighed 6.7 g and was COMPLETELY saturated.

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We created the saturated solution by putting 2 spoonfuls of Sodium Chloride (NaCl) with 30ml of water. It was a saturated solution because no more NaCl would dissolve. It turned foggy telling us it could no longer dissolve.

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We created a saturated solution adding salt(NaCl) into 30ml of water. The solution was saturated then we added 10g of salt into the water. We added 5ml at a time until saturated. We noticed the solution was saturated when there was salt on the bottom of the bottle. Then we measured how much salt dissolved and how much salt didn't dissolve. It took exactly 6.6g of salt to saturate the 30ml of water.

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We created a saturated solution after using two spoonfuls (5 grams each) of Sodium Chloride (NaCl) into 30 ml of water. After the first 5 ml spoonful of Sodium Chloride, it all dissolved. We added another 5 ml spoonful of Sodium Chloride and shook it up. Some of it dissolved, but not all of it. In all, we dissolves 6.7 grams of our solute. Our evidence that it was saturated was the grains of salt on the side and bottom of the bottle. We could not dissolve any more salt into the water. In conclusion, we decided that you can dissolve 6.7 grams of salt in 30 grams of water.

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We created a saturated solution by adding 5gs of NaCl(Salt) to 30mLs of H2O(Water). After the second spoonful, the water was completly saturated and we couldn't get anymore to dissolve. We were able to dissolve about 6.7gs of NaCl. No more would dissolve after that. The evidence to support this is that there was about 3.3gs of salt on the sides when we poured it out.

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Our team created a saturated solution by adding 10 ml (g) of Nacl (salt) to the 30 g (ml) of water and shaking it vigorously. If it wasn't saturated then we repeated the process. The evidence for this was there was loose salt on the sides and bottom that didn't dissolve.

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we created the saturated solution by adding 5g of salt (NaCl) at a time but when 10g were in there, it wouldn't dissolve anymore. My evidence is that there was a small pile of salt at the bottom of the bottle and when we swirled it, it just settled again at the bottom. We filtered it and weighed it and got about 3.7g.

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We created a saturated solution after adding two 5 mL spoonfuls of  Nacl (table salt). When 10 mL (g) of Nacl was added, and we shook it, no more dissolved. To make a saturated solution, we used 10 ml of salt. We dissolved 6.6 grams of our solute. I knew that there wan't just water in the bottle, because there was a  stack of salt on the bottom of the vial.

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We made a saturated solution by following your instructions by adding 10 ml of NaCl to 30g of water then shaking the bottle violently then we filtered it and then weighed it twice then did some math and got the mass

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We created a saturated solution by adding 5ml of table salt(NaCl) into 30ml of water and shaking until it dissolved. The solution was saturated after we added 10ml of salt into the water. We knew it was saturated because there was a lot of salt on the bottom of the bottle. We filtered the excess salt and then weighed it to find how much of the solute  actually dissolved. We found out that only 6.6 grams to saturate the solution.

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Explain how you created a saturated solution. Explain the substance that you used and how much it took to saturate a solution. What was your evidence that you didn't just have water in the bottle? Explain your results!