Angie mixes the fertilizer for her plants at the beginning of the week. She puts 40 g of the fertilizer-water solution in each of seven closed containers and uses one container each day to water her plant. One day, she goes outside to get a container and finds that the solution in it is frozen. How much mass should the frozen solution in the container have? A. 20 g B. 0 g C. 40 g D. 10 g

Question

Uriel Christian

Chemistry

21 August, 06:37

Angie mixes the fertilizer for her plants at the beginning of the week. She puts 40 g of the fertilizer-water solution in each of seven closed containers and uses one container each day to water her plant. One day, she goes outside to get a container and finds that the solution in it is frozen. How much mass should the frozen solution in the container have? A. 20 g B. 0 g C. 40 g D. 10 g

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Answers (2)

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Deborah · Answer 1

Answer: 40 g.

Justification:

1) It is said that 40 g of the fertilizer-water solution is put in each container.

2) Consideriing there is not evaporation, a balance of mass tells you that the mass in each container has not changed.

3) Freezing is a physical change that does not involve exchange of mass with surroundings, so yet the mass balance indicates the each container has the same initial amount of fertilizer-water solution, which is 40g.

Marie Harding · Answer 2

40 g it stays the same. (I had the same question)