| A | B |
|---|
| How much salt does it take to saturate 50 ml of water? | 15g |
| How much citric acid does it take to saturate 50 ml of water? | 50g |
| How much does 50ml of water weigh? | 50g |
| How much does a 50ml of saturated water weigh? | 65g - 50 grams for the water and then 15 grams for the salt. |
| How much does 50ml of saturated citric acid weigh? | 100 grams - 50 ml of water weighs 50 grams + 50 grams of citric acid = 100 grams. |
| How much would 100 ml of a saturated salt solution weigh? | 130 grams - 100 ml of water weighs 100 grams + 30 grams of salt = 130 grams. |
| How much would a 100 ml saturated citric acid solution weigh? | 200 grams - 100 ml of water weighs 100 grams + 100 grams of citric acid = 200 grams. |
| How much would 146 ml of water weigh? | Because 1 ml of water weights 1 gram, 146 ml would weigh 146 grams. |
| How much does 1 ml of water weigh? | 1 gram. |
| Which would weigh more, 200 ml of a saturated salt solution, or 100 ml of saturated citric acid? | 200 ml of a saturated salt solution would weigh 260 grams (200 grams for the water and 60 grams of salt). 100 ml of saturated citric acid would weigh 200 grams (100 grams for the water and then 100 for the citric acid. SO . . . the SALT solution would weigh more. |
