That would depend on yield and burst location.
Yes, it can as the heat of the atomic bomb is at about 60 degrees throughout a mile.
Ice cube melts but the glacier does not melt because depending upon the temperature of the surrounding. When an ice cube is taken out of the refrigerator, there is a sudden change in the temperature of the surrounding as it (temperature) increases so the ice cube depending upon the temperate of the surroundings melts earlier. According to the latent heat of fusion, it will first melt completely to become liquid and then its temperature will increase to reach a state of thermal equilibrium e of the room temperature. In case of a glacier, the temperature of its surroundings is less so a glacier does not melt like ice cube.
They melt and then slide
Snow along a broad plateau does not melt, but compacts into a glacier.
The heat of the atomic bomb was said to be 1,000 degrees hotter than the surface of the sun which would be 8,200 degrees Celsius. That would incinerate any life form within 3 miles and would also melt stone/concrete.
The water melting from a glacier is called the glacier melt. This water often supplies the water for some of the great rivers of the world, like the Ganges and the Yangtsee.
A glacier is ice, which melts just above 0 Celsius or 32 Fahrenheit.
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When new snow is added to a glacier faster than the rate at which ice and snow melt, the glacier gets larger because the accumulation of new snow exceeds the loss from melting. This process contributes to glacier growth and expansion.
It depends on conditions. A long period of above-average warm and dry weather can cause a glacier to shrink. As the ice gets thinner, the warm meltwater and increased exposure to rocks (which absorb sun energy) quickens the pace at which the glacier recedes.
A pure fission atomic bomb with a yield of a megaton or more is theoretically impossible. The problem is that the chain reaction would happen spontaneously before the device could even be completely built and the bomb parts would melt, resulting in a fizzle and killing everyone building it.The first fusion atomic bomb (commonly called a hydrogen bomb) was tested in 1952 as Ivy Mike and had a 10 megaton yield. The highest yield pure fission atomic bomb ever built was also tested in 1952 as Ivy King and had a 500 kilotons yield.
Melt water