Engineering Test Review

Q=

• = rate of energy transfer

• thickness of material

• mass of materials

• energy transfer

m=

• The measure of resistance to heat flow.

• mass of materials

• area of thermal conductivity

• change in time

c=

• specific heat capacity

• The study of the effects of work, heat, and energy on a system.

• rate of energy transfer

• thermal conductivity

P=

• rate of energy transfer

• thickness of material

• area of thermal conductivity

• change in temperature

Triangle t=

• area of thermal conductivity

• change in temperature

• change in time

• energy transfer

k=

• energy transfer

• rate of energy transfer

• The measure of resistance to heat flow.

• thermal conductivity

A=

• area of thermal conductivity

• rate of energy transfer

• thermal conductivity

• thickness of material

L=

• energy transfer

• change in time

• mass of materials

• thickness of material

Triangle T=

• energy transfer

• change in temperature

• change in time

• rate of energy transfer

Radiation=

• thermal conductivity

• The measure of resistance to heat flow.

• The study of the effects of work, heat, and energy on a system.

• The process by which energy is transmitted through a medium, including empty space, as electromagnetic radiation.