When force is applied to an object and the object is unable to compress as a whole, the energy is then transfered to the atoms causing them to vibrate. Vibration of atoms is directly connected to temperature as temperature is really the measure of movement of the atoms. The more the atoms vibrate the higher the temperature. This increase in temperature causes the ice to melt.
ice (frozen water) is a tricky material. It melts at 0 degrees C under normal conditions, but if you exceed a pressure of 100 times atmospheric pressure its melting point lowers a few degrees, causing it to melt faster even though temperature is unchanged.
The hotter the temperature, the faster the ice cube will melt. The colder the temperature, the better an ice cube will stay in solid form.
It depends on the temperature and the size of the ice cube.
I think these are the factors: - temperature - sun ray - the surface which the ice cube is placed on and maybe - the size of the ice cube
It depends on the size of the ice cube and amount of table salt.
ice (frozen water) is a tricky material. It melts at 0 degrees C under normal conditions, but if you exceed a pressure of 100 times atmospheric pressure its melting point lowers a few degrees, causing it to melt faster even though temperature is unchanged.
ice (frozen water) is a tricky material. It melts at 0 degrees C under normal conditions, but if you exceed a pressure of 100 times atmospheric pressure its melting point lowers a few degrees, causing it to melt faster even though temperature is unchanged.
they are compressed together in a vacume sealed
The hotter the temperature, the faster the ice cube will melt. The colder the temperature, the better an ice cube will stay in solid form.
Yes, if it remains a cube.
The water raises the temperature of the ice cube
This depends on the size and temperature of the ice cube and the ordinary water's temperature and volume.
That depends on (a) the size of the ice-cube, (b) the temperature of the water, and (c) the surrounding temperature.
It depends on the temperature and the size of the ice cube.
as you might be knowing that freezing and melting point of ice(water) is same the only difference is that when water freezes it gives out its heat whereas while melting it absorbs the heat . so when the ice is melting its temperature remains zero degree .
33 degrees Celsius
It depends on the size the temperature difference between the cube and surroundings