Any object will "try" to retain heat energy. The material determines how well it will accomplish this. For example, metal is a good conductor, so a sheet of metal will not retain heat very well. Air, or the other hard, is a bad conductor, so fiberglass insolation (will it's many air pockets) will tend to retain heat for some time.
anything
saw dust
Water retains heat because of the tides
Clay retains heat very well and can cook the food for at least a little bit after the stove is turned off. It retains heat within itself as well as keeps heat within whatever space it is enclosing.
Because due to the properties of darker colored matter it absorbs heat and retains it while it is repelled or it passes through clear glass
insulators although they take a long time to heat up, it takes a longer time to cool down. that's why if you heat water in a metallic container it takes more time for the water to cool down than the coontainer.
Glass feels warm when you touch it because it absorbs and retains heat from its surroundings. When your body comes into contact with the glass, heat flows from your skin to the glass, making it feel warm.
Soil both absorbs and retains heat. The length of time soil retains its heat is dependent upon the amount of moisture or water in the soil.
Water retains heat because of the tides
no. glass retains the heat for almost twice as long.
As wool keeps you warm and retains body heat
Green retains the most heat over a longer period of time.
It traps your body heat inside the bag.
white. they reflect lightwaves containing heat the best.
Rather like a greenhouse (glasshouse) which retains heat allowing warmer conditions (for growing tomatoes in Canada), so the greenhouse effect retains heat in the atmosphere, allowing warmer conditions suitable for life on earth for many millions of years.
Metal baths (enamel on steel or cast iron) retain more heat than their acrylic or fiberglass versions
Super Refractory is a refractory material which retains its shape and chemical identity in extreme heat, so super refractories are used in Industries for heat resistance.
All rock retains heat. Darker rocks such as schist or obsidian are darker and as a result store heat and retain it more efficiently. Sandstone is often lighter and more reflective.
ANSWER:Its not my fault, its asphalt. Its called the concrete effect. The more an area is paved or covered in cement, it retains the dialy absorption of sunlight and it takes longer for this heat to dissapate. Buildings help in this as well. It retains the heat and takes longer to cool off after the daily sunlight.