Is mass conserved when 50 g of sugar undergoes a physical change? Use complete sentences to support your answer by explaining how this can be demonstrated.

Question

ILOVESPAGHETTI · Answer

Source: https://www.snapsolve.com/class0/chemistry/cbse-222838043#:~:text=will%20explain%20how%3A-,1.,law%20of%20conservation%20of%20mass.&text=Therefore%2C%20mass%20is%20still%20conserved. 1. When 50 g of sugar undergoes a physical change, say for example dissolving or melting, the amount of sugar in the solution or melted form will also be 50 grams. This shows that the mass before and after the change was the same, in accordance to the law of conservation of mass. ... Therefore, mass is still conserved.

Zari · Answer

@ilovespaghetti wrote:

Source: https://www.snapsolve.com/class0/chemistry/cbse-222838043#:~:text=will%20explain%20how%3A-,1.,law%20of%20conservation%20of%20mass.&text=Therefore%2C%20mass%20is%20still%20conserved. 1. When 50 g of sugar undergoes a physical change, say for example dissolving or melting, the amount of sugar in the solution or melted form will also be 50 grams. This shows that the mass before and after the change was the same, in accordance to the law of conservation of mass. ... Therefore, mass is still conserved. thx hazel