As ice melts to water and transforms to steam the kinetic energy . While this is occuring the internal temperature of the solution is. .

Answer 1

As ice melts to water and transforms to steam, the kinetic energy of the molecules increases. This is because as the ice melts, the molecules gain more freedom of movement, increasing their kinetic energy. Similarly, as the water transforms to steam, the molecules gain even more energy, moving even faster.

The internal temperature of the solution remains the same during these phase changes. This is because the energy being absorbed or released during these processes is used to break or form the intermolecular bonds between the molecules, rather than increasing the temperature of the system. The temperature remains constant until all the ice has completely melted or all the water has completely transformed to steam. This is known as a phase change or phase transition.

Answer 2

As ice melts to water and transforms to steam the kinetic energy blank . While this is occuring the internal temperature of the solution is blank. .

Answer 3

As ice melts to water and transforms to steam, the kinetic energy increases.

While this is occurring, the internal temperature of the solution remains constant.

Answer 4

While this is occuring the internal temperature of the solution is blank. .

Answer 5

While this is occurring, the internal temperature of the solution remains constant.

Answer 6

As ice melts to water and transforms to steam the kinetic energy blank . While this is occuring the internal temperature of the solution is blank (increasing or decreasing)

Answer 7

As ice melts to water and transforms to steam, the kinetic energy of the molecules increases. While this is occurring, the internal temperature of the solution remains constant.

Answer 8

the answer to this question is either increasing or decreasing which is it. While this is occurring the internal temperature of the solution is blank. .

Answer 9

I apologize for the confusion. While ice melts to water and transforms to steam, the kinetic energy of the molecules increases. As a result, the internal temperature of the solution increases.