It would be transformed into opaque black carbon. You don't even need the sun to burn up a diamond, an oxy-acetylene torch will destroy it.
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No. But it will become something else for sure. it may just vaporize before even reaching its destination.
Chalk would not melt on the sun as temperatures on the sun's surface can reach up to 5,500 degrees Celsius (9,932 degrees Fahrenheit), which is far above the temperature at which chalk would melt or burn.
The Sun's radiation would cause the snow on the driveway to melt. The sunlight warms the snow, causing it to melt and turn into water. Over time, this will lead to the snow on the driveway disappearing.
You would start to melt at around 4,400 miles above the Sun's surface, reaching temperatures of over 9,930 degrees Fahrenheit. As you got closer, you would eventually vaporize due to the extreme heat, radiation, and solar winds.
Saturn is very far from the sun. At that distance the sun's rays do not provide enough heat to melt ice.
Probably light fabric, because it reflects more heat than dark fabric.
No, not if the diamond is on earth, and not closer to the sun.
No, a diamond would not melt on the sun because diamonds have a very high melting point (over 3500 degrees Celsius) while the surface temperature of the sun is around 5500 degrees Celsius. Diamonds also require oxygen to burn, which is absent on the sun.
If you put the ice cream out in the sun, it will melt down.
put it in the sun
The earth would be attracted by the sun, and as it came closer the sun, the earth would melt. The earth would probably collide with the sun before or after it would melt.
it melts
It would melt.
Like around the chrona or something. And you would actually vaporize you-not melt you.
Chalk would not melt on the sun as temperatures on the sun's surface can reach up to 5,500 degrees Celsius (9,932 degrees Fahrenheit), which is far above the temperature at which chalk would melt or burn.
it's is impossible for earth to melt but if we were 20,000,000 miles closer the earth would not melt but the oceans would evaporate.
If you put both near a fire the aluminum cup with ice would melt faster because more light energy and thermal energy would reach it when a fome cup would just sit there and absorb the heat and give little bits of heat of at different times. If you put it in the sun the aluminum cup would still burn better because it gets more sun light and lets in more heat.
It would be difficult to melt butter with just the sun since butter has a low melting point. Direct sunlight may not provide enough heat to fully melt butter. It would be more effective to use a stove or microwave to melt butter quickly.