The melting of the snowman will be a result of both radiative and convective heat transfer. The sun will directly pour energy into the snowman as radiative heat transfer (although a lot would be reflected too) and the surrounding air, as it is warmed by the sun or by the ground that the sun shines on will transfer heat via convection.
Yes
Convection is the transfer of heat that occurs through gases or liquids from a warmer spot to a cooler spot. This accounts for the snowman melting when the sun warms the air around the snowman. The heat in the air is taking energy from its surroundings, so the snowman is melting or sinking.
Water boiling in a kettle
radiation
no
yes it is
Heat from the sun is called Solar Radiation, so the answer is SOLAR RADIATION
solar radiation from the sun
the sun. Or the sun's radiation.
when an astronaut go into outer space, they must be careful of the sun's radiation. fun fact: astronauts must be careful of the sun's radiation because when they are on earth, the atmosphere blocks out the majority of the sun's radiation. so, when they leave the earth's atmosphere, they are no longer as protected from the sun's harmful rays. cool, huh?:D
Radiation
yes it is
put it in the freezer
They might by the snowman melting and washed into the ocean
They might by the snowman melting and washed into the ocean
he went to the north pole
The ice cream melts in the sun because it is supposed to be frozen but when the sun hits ice cream it takes the ice off of ice cream so it is not frozen.
no because he will get air inside and eventually keep melting but not as fast but the best way to keep a snowman is to put water around him
Yes because Antarctica is classed as a desert believe it or not!
The sun does not reflect its radiation into space.
Melting the Snowman - 2010 was released on: USA: 15 May 2009 (re-release) USA: March 2010 (Method Fest Independent Film Festival) USA: April 2010 (Newport Beach International Film Festival)
Heat from the sun is called Solar Radiation, so the answer is SOLAR RADIATION
No not ia any way