Ice is the solid form of water that generally has 4 hydrogen bonds, allowing the water to organize itself in a crystalline arrangement. This leads to ice being less dense than water (density is the amount of mass per volume). Heating it by 10 degrees Celsius will cause bonds to break, and it will become more liquid. To increase the temperature, however, you must first overcome the delta H (enthalpy) of fusion / vaporization. That is the amount of energy required to completely transition from phase to phase (heat of vaporization is the amount of energy required to break all intermolecular forces and change from the liquid phase to the gas phase). So it would essentially be the change in energy is equal to mcAT -- which is Mass * specific heat * change in temperature -- + the heat of fusion (amount of energy needed to completely melt ice into water)
it turns to silvery beads
10
Ice melts because the room temperature changes making the ice hotter and agitating the molecules inside it. As they are agitated by heat, they become more dense and the ice becomes more liquid, until it melts.
Water at 0 oC is ice.
At 0°C, water and ice are in equilibrium, that is, both water and ice exist at the same time. If you have a glass of water with ice in it, the ice will start to melt, but eventually, before all the ice melts, the temperature of the water/ice is 0°C.
-10
How heated is this ice getting? Is it above 0 Celsius, because if it isn't then I'm afraid you still have ice. Also, if it is heated past 0, by 0.01 of a degree and it is under pressure then it can turn into a gas, skipping the liquid stage. Forget it. Liquid ice is called WATER, that's W - A - T - E - R. If you disagree with this answer please go steam iron your face.
How heated is this ice getting? Is it above 0 Celsius, because if it isn't then I'm afraid you still have ice. Also, if it is heated past 0, by 0.01 of a degree and it is under pressure then it can turn into a gas, skipping the liquid stage. Forget it. Liquid ice is called WATER, that's W - A - T - E - R. If you disagree with this answer please go steam iron your face.
it turns to silvery beads
steadily decreases
Latent heat. Ice absorbs heat when it melts, but it still stays at 0 degrees until its all liquid, then its temperature rises.
Its volume decreases from 0° to 4°, and then increases from 4° to 10°.
Water become a solid (ice).
Ice is melted over 0 0C and salt is melted over 801 0C.
melting ice is 10 degrees
0° celsius is 0° celsius, whether it's water, ice, dogfood, glass, stainless steel, or vodka.
Which of the following accurately describes an amorphous solid being heated? (1 point)(0 pts) The temperature holds steady as it melts.(0 pts) The attractive forces are broken.(1 pt) The temperature keeps rising as it melts.(0 pts) all of the above