Q Mct

When will you use Q = mcT instead of Q = CT?

When will you use Q = mcT instead of Q = CT?

Q = m * specific temperature * temperature.

It is an equation of thermal energy that is absorbed or released when the temperature of a substance rises or falls.

Q = constant * m (without temperature)

2 are constant, the heat of Zion and the heat of steam.

This equation is used to determine the amount of thermal energy absorbed or released when a solid melts or a liquid freezes and condenses the liquid vapor or vapor.

This page can help you.

D:

When will you use Q = mcT instead of Q = CT?

Please be clear

It's because of the heat

Q Mct

Q Mct

When will you use Q = mcT instead of Q = CT? 3

Please be clear

This is because of the heat

When will you use Q = mcT instead of Q = CT?

Q = m * specific heat * temperature 1

This is the equivalent of the thermal energy absorbed or released as the temperature of a substance rises or falls.

Q = constant * m (without temperature)

2 are constant, the heat of Zion and the heat of evaporation.

This equation is used to determine the amount of thermal energy absorbed or released when a solid melts or a liquid freezes and becomes a liquid vapor or a vapor condenses.

This page can help you.

D:

When will you use Q = mcT instead of Q = CT?

Please be clear

This is because of the heat

Q Mct