Ice will melt - and turn to water - at about zero degrees Celsius (Centigrade). The exact temperature also depends on the pressure.
32 F or 0 C by defination
The answer depends on the temperature of the water.
tea, its hot so its going to melt it faster.
It depends on the temperature of the water. If the fresh water is warmer, then it will melt quickest in the fresh water. If the saltwater is warmer, then it will melt quickest in the saltwater. If the water is frozen (regardless of saltwater or freshwater), the ice won't melt at all.
an ice cube melts faster in water.it depends on the temperature of the air or water, if the water is warmer than the room air temperature, it will melt faster in the water.
If Ice cubes are melting in water, the temperature of both the ice cubes and the water will be exactly the freezing temperature of water: 32F, 0C. You cannot change this. You can add heat to make the ice cubes melt faster, but the extra heat will have no effect on the temperature, It will all go to melting the ice cubes.
The melting temperature of tungsten is 3422° C. If you can somehow prepare a sample of water at that temperature, more power to you, your tungsten will melt in it.
The temperature of the water and the temperature of the air would have to be factors in the answer. EDIT: Assuming the air and water are the same temperature, it would melt much faster in water. The thermal conduction is much higher.
no
yes
water doesn't melt when salt is added to ICE it lowers the temperature at which water freezes.
Water has a higher temperature in ice causing it to melt faster.
Salt water freezes at a lower temperature, which is why salt is used to melt road ice. In an environment where the temperature is slowly getting warmer as to melt the ice, frozen salt water will melt quicker than ice.
Because the temperature of water is higher.
The answer depends on the temperature of the water.
The water raises the temperature of the ice cube
Assuming they are the same temperature, the ice will melt faster in water, due to water's high specific heat.
Because water has higher thermoconductivity.