Which has more potential energy water at 0 degree or ice at 0 degree?

Potential energy for water at 0 degrees is greater than potential energy for ice at 0 degrees. Explanation: You have to put in energy to convert ice to water at 0 degrees. Since energy is conserved, water must have higher energy than ice.

Which has more energy ice at 0 degrees or water at 0 degrees Class 9?

Answer:- Water has more energy than ice, the difference being the heat of melting of the ice.

Which has more potential energy ice or water?

Solids have least potential energy and gases have more. Ice has lesser potential energy than water. Water when stored is potential and as a freely flowing has kinetic energy associated with it.

Which of the following has more potential energy 1 gram of ice at 0 OC or 1 gram of water at 0 OC give the reason?

1 g of water at 0°C has more heat than 1 g of ice at 0°C. This is because ice at 0°C absorbs 360 J of heat energy to convert into water at 0°C.

Which contains less energy ice at 0 C or water at 0 C?

A total of 334 J of energy are required to melt 1 g of ice at 0°C, which is called the latent heat of melting. At 0°C, liquid water has 334 J g−1 more energy than ice at the same temperature.

Which of the following will have more energy at 0 degree Celsius?

Water at 0 °C means that ice absorbed the amount of heat (latent heat) and got converted to water. So, water possesses this additional amount of heat.

Why does ice have less potential energy than water?

This is because they only vibrate in place. Particles in the liquid state move faster than particles in the solid state. Therefore, the particles have more kinetic energy. For example, water molecules at 25°C are moving faster and have more kinetic energy than water molecules at 10°C.

Do ice and water at 00 C differ in their energy if so which has more energy Name this form of energy?

The amount of heat energy that is required to change 1 kg of a solid into liquid at atmospheric pressure at its melting point is known as the latent heat of fusion. So, particles in water at 00 C (273 K) have more energy as compared to particles in ice at the same temperature.

Which of the two water at 0oc or ice at 0oc has more potential energy Why?

Water has higher potential energy. As we already know that kinetic energy depends on temperature. So, as we cool water to ice its K.E. remains constant at 0°C. Therefore, the heat energy removed from water, is accounted as decrease in potential energy of ice.

Why is the potential energy of water less than ice?

So, although the density of water in liquid form is lower than in ice (maximum density is at 4C) this does not mean that the potential energy of water is less than in ice. Molecules that are bound have much less potential energy than unbound molecules. It takes energy to break those bonds to form liquid water.

Why does water at °C have higher entropy than ice at 0°C?

Water at °c have higher entropy than ice at 0°c because according to the entropy . Entropy of gases is greater than liquid and entropy of liquid is greater than solid substance .so water has higher entropy than ice at 0°c

Is the kinetic energy of water molecules at 0C the same?

My comment was with respect to your statement that the KE of the liquid water molecules at 0C and ice molecules at 0C are the same. The translational KE is the same. But not the vibrational and rotational kinetic energies of the water molecules. Water molecules in liquid form have greater vibrational and rotational energy than the molecules in ice.

What happens when you mix ice with water at 0°C?

Ice at 0° still needs certain amount of energy to become water at the same temperature. This energy is called Latent Heat of Fusion. As the name implies, ice needs heat that is latent to change its state and during this change, there is no change in temperature. So, when you mix something else with ice at 0°C]