Thermal Physics

1. Specific Latent Heat

1.1. Q = m L

1.1.1. L = Specific Latent Heat

2. Energy may be lost to the surrounding

3. coockehs

3.1. Internal Energy

3.2. Thermal Energy

3.2.1. Q=C ΔT

3.2.1.1. Q = Thermal Energy (Joules)

3.2.1.2. C = Thermal Capacity

3.2.1.3. ΔT = Change in temperature (Kelvin)

3.2.2. Q = V I t

3.2.2.1. V = Potential Difference

3.2.2.2. I = Current

3.2.2.3. t = time

3.3. Latent Heat

3.3.1. heat released/absorbed by a body during a change of state

3.3.2. Fusion

3.3.2.1. solid to liquid

3.3.3. vaporization

3.3.3.1. liquid to gas

4. θ/°C=(T-273.15)/K

5. Specific Heat Capacity

5.1. Q= m C ΔT

5.1.1. New node

5.2. m = mass (kg)

6. From Celsius to Kelvin or vice versa

7. process by which energy is transferred

8. Heat

8.1. when we heat a substance

8.1.1. Temperature will increase

8.1.1.1. New node

8.1.1.1.1. New node

8.1.2. Change its state of matter

8.2. Heat =/= Temperature

8.2.1. Scalar Quantity

8.2.2. Measure how hot something is

8.2.3. Temperature scales

8.2.3.1. Celsius

8.2.3.1.1. New node

8.2.3.2. Fahrenheit

8.2.3.3. Kelvin