Why is a piece of ice at 0 C more effective in cooling a drink than the same mass of cold water at 0 C?

Answer: Ice is more effective in cooling than water at the same temperature because ice can absorb latent heat as well as the heat energy in order to attain room temperature. Water at 0 C can absorb heat energy only to attain the room temperature.

Why is ice more effective in cooling than water at the same temperature?

– At 273 K, ice absorbs more heat than water from the substance to overcome the latent heat of fusion and thus providing a more effective cooling effect. Water however does not absorb any extra heat from the substance. Thus, ice is more effective in cooling than water at 273 Kelvin.

Why are soft drinks placed in ice which is at 00 C but not in water which is at the same 00 C?

Drinks get cooled more quickly by adding pieces of ice at 0oC than the ice-cold water at 00C : This is because 1 g of ice at 0oC takes 336 J of heat energy from the drink to melt into water at 0oC. Therefore cooling produced by 1 g ice at 0oC is more than that by 1 g water at 0oC.

Which is more effective in cooling a water at 0 C B water at 100 C C ice at 0 C D all of these?

Ice at zero centigrade has greater cooling effect than water at 0∘C.

Which one is more effective in cooling?

Ice at 0∘C can be more effective in cooling because of the phenomenon called latent heat of fusion. Latent heat of fusion of ice is the heat absorbed by ice to change its state to water at 0∘C . So, ice at 0∘C can extract more heat from another substance and give better cooling.

Which is more effective in cooling *?

Water at 273 K would just absorb heat energy in order to attain the room temperature. Thus, the water at 273 K would absorb less amount of heat energy from the surroundings as compared to ice at 273 K. Therefore, ice at 273 K is more effective in cooling then water at the same temperature.

Which has more heat 1g of ice at 0 C or 1g of water at 0 C?

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.

Why do pieces of ice added to a drink?

Pieces of ice added to a drink cool it much faster than ice cold water added to it because. Therefore, ice will absorb more heat from drink during melting as compared to water. That is why, the cooling it is better with Ice.

Which statement best describes as ice at 0 C starts to melt to become water?

Which statement describes what happens as ice at 0 C starts to melt to become water? Energy is absorbed and the temperature remains constant.

Why does ice cool faster than water at 0 degrees Celsius?

Cooling takes place when heat is removed from the system. In case of ice at 0oC; it will take (latent heat) from the medium to convert itself into water at 0oC and then water at high temperature. So ice ( 0oC) is more effective in cooling than water at 0oC.

How many joules does it take to cool 1g of ice?

Since 4,18 joules is required to cool 1 gram of water 1°C, you can see that by melting just 1 gram of ice, about 80 grams of the soft drink will be cooled by 1°C. Compare that to 0°C water. Put that in a soft drink, a

What happens when you put ice in a drink?

When ice (or ice cold water) is added to a drink, the two substances move towards thermal equilibrium (the point where there is no net energy transfer between the two substances, and they have the same temperature). For this to happen, the ice must warm up, and the drink must cool down.

Does putting ice in a soft drink make it cooler?

This means that if you put ice in your soft drink, 334 joules of heat energy per gram of ice must be transferred from the soft drink to the ice in order to melt it. That loss of energy will make the soft drink cooler.