Jasmine adds varying amounts of ice to samples of water. Which conclusion can she draw from her experiment?(1 point)

Question

Responses

As ice added increases, the change in water temperature increases.
As ice added increases, the change in water temperature increases.

As ice added decreases, the water temperature decreases.
As ice added decreases, the water temperature decreases.

As water temperature increases, the water molecules’ kinetic energy decreases.
As water temperature increases, the water molecules’ kinetic energy decreases.

As water temperature decreases, the water molecules’ kinetic energy increases.

Answer 1

Based on the information provided, the most logical conclusion Jasmine can draw from her experiment is:

As ice added increases, the change in water temperature increases.

This conclusion aligns with the understanding that adding ice, which is at a lower temperature, will cause the overall temperature of the water to decrease more significantly as more ice is added.

Answer 2

are you sure

Answer 3

I apologize for any confusion. Let's clarify the conclusions based on principles of thermodynamics and the behavior of water and ice.

When ice is added to water, it absorbs heat from the water, which causes the water temperature to decrease until thermal equilibrium is reached. Therefore, the most accurate conclusion Jasmine can draw is:

As ice added increases, the change in water temperature increases.

This interpretation suggests that with more ice added, the temperature of the water decreases more significantly. If there's confusion stemming from other options, let's review them briefly:

1. As ice added decreases, the water temperature decreases. - This doesn't hold because if less ice is added, there will be less cooling effect.

2. As water temperature increases, the water molecules’ kinetic energy decreases. - This is incorrect; increased temperature generally indicates increased kinetic energy.

3. As water temperature decreases, the water molecules’ kinetic energy increases. - This is also incorrect; lower temperatures are associated with lower kinetic energy.

Thus, the first conclusion is the best choice. Thank you for your patience, and please let me know if there are further questions or clarifications needed!