answersLogoWhite

0

The heat energy from the water has to go to a colder place such as the plastic. When the heat energy meets the bunched-up plastic atoms, the plastic atoms get hypped up and run around, turning from a bunched-up solid to a loose liquid.

User Avatar

Wiki User

∙ 18y ago
User Avatar

What else can I help you with?

Continue Learning about Physics

Why do vitamin C dissolve faster in hot water?

All salts dissolve faster in hot water than in cold water. This is because hot water has more energy (which we record as heat) and therefore the water molecules are moving with more energy and at a faster rate. This increases the rate at which the water molecules interact with the vitamin C molecules, during which the vitamin C is separated into its two ions (generally a hydrogen ion and ascorbate ion). When the vitamin C separates into ions, it dissolves into the water.


Does a vitamin C tablet dissolve faster in hot or cold water?

As a rule, solids (like a Vitamin C tablet) dissolve faster in hot water than cold water. As you raise the temperature, the fugacity of the solid increases thus increasing the driving force for dissolving.


Why is the hot water are prone to be frozen?

Hot water can freeze faster than cold water due to a phenomenon called the Mpemba effect. This effect occurs because hot water can evaporate more quickly, losing some of its volume and cooling faster. Additionally, hot water may have fewer dissolved gases, which can also aid in faster freezing.


Which hot or cold water will freeze faster?

In some cases, hot water can freeze faster than cold water due to the Mpemba effect. This phenomenon occurs because hot water can evaporate more quickly, which reduces the volume of the water and leads to faster cooling. However, there are many variables at play, so it is not a reliable method for freezing water quickly.


Why does a solute dissolve faster in hot water?

Solute dissolves faster and better in hot water, or any hot liquid, because of the increased motion of particles. The increased motion of particles causes increases in collisions and the formation of new bonds.