Heat Equations

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The quantity with joules as units is

• Q

• m

• C

• ΔT

Tags

NGSS.HS-PS3-4

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The quantity C has units

• J/kg^oC

• kg/J^oC

• J/kg

• kJ/kg

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The correct expression for calculating ΔT is

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The correct expression for calculating m is

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The correct expression for calculating C is

The equation for calculating the energy involved in a substance being heated is Q = mCΔT. The quantity m has units of

• kg

• g

• J/kg

• ^oC

The equation for calculating the latent involved in a substance being heated is Q = mL. The quantity with joules as units is

• Q

• m

• L

The equation for calculating the latent involved in a substance being heated is Q = mL. The correct formula for the latent heat is

The equation for calculating the latent involved in a substance being heated is Q = mL. The correct formula for the mass of material changing phase is

This formula is used to find the amount of heat (energy) neccesary when there's a phase change

• Q= (h)(ΔT)

• Q=(m)(L)

• Q=(m)(c)(ΔT)

• Q=(k)(A)(dT)

Tags

NGSS.MS-PS1-4