the volume of a solid object tends to increase as its temperature increases. which quantities determine how large the change in volume is? choose all that apply. the volume of a solid object tends to increase as its temperature increases. which quantities determine how large the change in volume is? choose all that apply. the change in temperature of the object the initial volume of the object the initial temperature of the object

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04-11-2022
Chemistry

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the volume of a solid object tends to increase as its temperature increases. which quantities determine how large the change in volume is? choose all that apply. the volume of a solid object tends to increase as its temperature increases. which quantities determine how large the change in volume is? choose all that apply. the change in temperature of the object the initial volume of the object the initial temperature of the object

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RadhaYadav216 RadhaYadav216 · Answer 1 · 2022-11-08T00:59:51-05:00

I. The object's temperature change.

II. The object's original volume

Thermal expansion is the process through which a solid object's volume generally tends to grow as its temperature rises.

Therefore, the factors that govern how much a solid object's volume changes include;

I. The object's temperature change.

II. The object's original volume

In the end, this suggests that when a solid item is heated, its atoms vibrate quickly around their fixed locations, increasing the volume of the thing.

In conclusion, all three (3) states of matter exhibit the scientific phenomena known as thermal expansion;

Solid.
Liquid.
Gas.

An object can heat up and its surrounds can cool down when heat is transmitted to it from its surroundings. When heat is converted to energy, it becomes part of the object's internal energy.

To know more about change in temperature, click on the link below:

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