Ice melts at 0 degrees Celsius = 32 degrees Fahrenheit
If its above 32 degrees Fahrenheit or above 100 degrees Fahrenheit
Sort of depends on what you mean melt. It will melt/burn when high heat is applied to it. And it will melt if there is moisture in the air for it react with.
Cold water will not melt the ice cube in record time, but hot water will, but salt water will also melt it fast, but if you add both together the ice cube will melt alot fast. Deceasing time alot.
The melting point of the ingredients in your drinks have different values, water tends to be the last part of a drink or drinks to melt. For example Orange juice will start to melt before pure water, because it has started to melt first it has the abilty to take in more heat over a lesser surface area and the liquid will help it to melt faster as well.
Each liquid has a different melting and boiling point. If you place ice (frozen water) into a glass of water, then the water's temperature can only drop to 32 degrees and it will begin to melt. If you drop ice (pure frozen water) into Sea Water(water with salt), then the Sea Water can drop below 32 degrees. So it will take longer for the ice to warm up enough to melt. It has to do with the freezing point of the liquid it is in.
No, it wouldn't. a sugar cube would melt a lot faster in a cup of Hot water. the hot water helps it desolve more evenly than cold water.
at 130 Celsius
No heat so it cant melt like the warm water. they are the same temp/.
No heat so it cant melt like the warm water. they are the same temp/.
it is room temp. if its temp is to high it will melt.
water. the higher density of molicules allows for a greater transfer of heat energy. Think chiken on counter vs. chicken in bowl of water on counter.
freeze it at a high temp. like try -2076 Fahrenheit
Assuming this is performed at a constant temp and pressure, it would melt faster in salt water because the Na+ and Cl- molecules can temper with the orientation of water molecules in ice more than the minerals that exist in tap water can.
By bringing its' temp above freezing.
750 deg F
By bringing its' temp above freezing.
350 degrees
On 1375 °C.