Water would condense on those items. This is what is happening when you have a glass of ice water, and water collects on the outside of the glass.
The melting temperature would drop. If it dropped to a point below the in-situ temperature, melting of the inner core would occur.
If the dew point were lower, it would take longer for rising air to cool to its saturation point. This would result in a lower cloud base. This is also called the lifting condensation level.
They would get to hot and die.
No. If the melting point was higher than its actual temperature then the crust would be molten.
Room temperature is 25 oC so it would still be a solid. It would be 104 degrees F... So. unless the substance's boiling point is below that, it would be a solid. otherwise it would be a gas.
The melting temperature would drop. If it dropped to a point below the in-situ temperature, melting of the inner core would occur.
if you were to constantly increase the temperature of a solid you would eventually reach the melting point for that particular substance, at which time the solid would melt to a liquid. if you were to keep heating the substance, at some point the liquid would reach its boiling point and would evaporate to a gas.
If the dew point were lower, it would take longer for rising air to cool to its saturation point. This would result in a lower cloud base. This is also called the lifting condensation level.
If the dew point were lower, it would take longer for rising air to cool to its saturation point. This would result in a lower cloud base. This is also called the lifting condensation level.
If the dew point were lower, it would take longer for rising air to cool to its saturation point. This would result in a lower cloud base. This is also called the lifting condensation level.
You cannot melt something pass the melting point. You can simply increase its temperature. The only thing that would happen is that it would start to boil and then the mixture could explode, evaporate, release a gas, etc. It is like taking water and heating it to 400 degrees. What would happen?
It would turn into liquid.
It's Pressure would rise.
Eventually the boiling water would be completely evaporated, leaving a dry pot. An aluminium pot would have the bottom burnt out.
Nothing much will happen.
it would damage everything
The temperature would be different on Earth.