Yes. Specific heat capacity is the amount of heat energy required to change the temperature of the material, so a material with high specific heat needs a lot of heat energy for its temperature to go up.
For a given amount of energy, and a given mass, a material with high specific heat would have a smaller temperature change. hope that helps you
Temperature
True.
change
No
The cause is the thermal expansion of materials.
Heat which causes a change in temperature of substance is called specific heat.
specific heat content is calculated by the joules of energy required to change the temperature of one cubic centimeter of the material 1 degree Celsius.
change
thetons absorb the excess heat
No
A substance with a high specific heat will easily change temperature.
A substance with a high specific heat will easily change temperature.
The force of gravity affects nearby light, causing a change in temperature.
The cause is the thermal expansion of materials.
they change their temperature
specific heat
Materials with a high specific heat will be better insulators, all other things being equal. The reason for this is that materials with a high specific heat will absorb or release a lot of thermal energy with little change in temperature. Note that high specific heat is not necessarily a good indicator of the insulative quality of a material. There are other considerations that need to be taken into account. Let's look at a "for instance" and think about what it means. We know that water has a remarkably high specific heat, and this will allow an animal (which has a lot of water in it) to more easily maintain homeostasis during changes in temperature. This is not a measure of the insulative properties of water, but is a matter of the ability of water to undergo little change in temperature when absorbing or releasing relatively larger amounts of thermal energy.
Changing the temperature or pressure of a material we can change the phase.
Water has a high specific heat because of the hydrogen bonds acting on the molecules. These hygrogen bonds can "store" thermal energy, and this allows water to absorb or release a lot of heat without a large change in temperature.