Heat goes up
The difference may be due to different conductivity. For example, if you touch hot metal, heat flows from the metal to your fingers. Because of the metal's good conductivity, more heat will quickly replenish the heat the metal has lost - the heat will flow quickly to your fingers. Do the same with glass (a bad conductor), and only a small amount of heat will flow. The glass in contact with your skin will quickly have the same temperature as your skin.
A metal
Glass does not "do" anything with heat. Glass is not a (thermal) insulator though.
The glass surface will began to heat up and the particles will expand and move apart. This will make it hot and your mass inside you will heat
Glass because it is a poor conductor of heat. Aluminum is highly conductive, which means that when you pick it up the heat from your hand would move quickly through the aluminum and into your drink.
An iron would why because an iron is a type of metal and metal heats up quickly
A glass cup will conduct heat away quickly - a plastic cup would hold heat the best.
Heat goes up
Glass manipulation is when you heat up the glass. Once the glass is heated up it then can be manipulated using certain tools.
The difference may be due to different conductivity. For example, if you touch hot metal, heat flows from the metal to your fingers. Because of the metal's good conductivity, more heat will quickly replenish the heat the metal has lost - the heat will flow quickly to your fingers. Do the same with glass (a bad conductor), and only a small amount of heat will flow. The glass in contact with your skin will quickly have the same temperature as your skin.
The latent heat of evaporation - (if you wet your finger and then blow on it it feels cool this is because the evaporating water takes heat out of your finger). This heat is recovered when the liquid re-condenses - (water droplets forming on the outside of a cold glass of beer heat the glass with this recovered energy and the beer in the glass warms up far more quickly than it would if the air was dry).
YUPPERS! and it will trap most of it but not all 2nd Answer: Ummm . . . a glass window does not attract heat. It does not 'trap' it, either. The glass may allow heat through, or glass can heat up, itself, but then it can radiate that heat away when the air around the glass is cooler than it is. That is certainly not, "Trapping" the heat.
it can cause to fire and
Copper would heat up first because it has a higher heat capacity.
sand and and extreme heat.
Glass is an insulator. Metal is an conductor. As an oven cooks food (say...cookies) the heat goes into the pan and away from the food. With a glass pan, the heat remains in the air and in the food. instead of the whole pan heating up only the surface retains any heat. The interior of glass will remain the same temp.