Question

1. classify each of the following words/phrases as having to do with heat transfer (h) or temperature (t). write h or t on the line!

____ speed of moving particles
____ degrees celsius
____ convection current
____ flow of energy
____ warmer to cooler areas
____ electromagnetic rays
____ insulation
____ not dependent on size/amount
____ kelvin scale

circle the type of heat transfer that is responsible for...

write a $2 summary of the video! each word costs 10¢!

thermal imaging
https://bit.ly/2tsmkom

class: ____
date: ____

Explanation:

To solve this, we analyze each term based on the definitions of Heat (H) and Temperature (T):

1. speed of moving particles

Heat involves the kinetic energy (speed) of particles. So: \( \boldsymbol{H} \)

2. degrees Celsius

Degrees Celsius is a unit of temperature. So: \( \boldsymbol{T} \)

3. convection current

Convection is a heat transfer process. So: \( \boldsymbol{H} \)

4. flow of energy

Heat is energy in transit (flow of energy). So: \( \boldsymbol{H} \)

5. warmer to cooler areas

Heat transfers from warmer to cooler regions. So: \( \boldsymbol{H} \)

6. electromagnetic rays

Radiation (a heat transfer method) uses electromagnetic rays. So: \( \boldsymbol{H} \)

7. insulation

Insulation reduces heat transfer. So: \( \boldsymbol{H} \)

8. not dependent on size/amount

Temperature is an intensive property (independent of size/amount). So: \( \boldsymbol{T} \)

9. Kelvin scale

Kelvin is a temperature scale. So: \( \boldsymbol{T} \)

Final Answers (filled in order):

1. \( \boldsymbol{H} \)
2. \( \boldsymbol{T} \)
3. \( \boldsymbol{H} \)
4. \( \boldsymbol{H} \)
5. \( \boldsymbol{H} \)
6. \( \boldsymbol{H} \)
7. \( \boldsymbol{H} \)
8. \( \boldsymbol{T} \)
9. \( \boldsymbol{T} \)

Answer:

To solve this, we analyze each term based on the definitions of Heat (H) and Temperature (T):

1. speed of moving particles

Heat involves the kinetic energy (speed) of particles. So: \( \boldsymbol{H} \)

2. degrees Celsius

Degrees Celsius is a unit of temperature. So: \( \boldsymbol{T} \)

3. convection current

Convection is a heat transfer process. So: \( \boldsymbol{H} \)

4. flow of energy

Heat is energy in transit (flow of energy). So: \( \boldsymbol{H} \)

5. warmer to cooler areas

Heat transfers from warmer to cooler regions. So: \( \boldsymbol{H} \)

6. electromagnetic rays

Radiation (a heat transfer method) uses electromagnetic rays. So: \( \boldsymbol{H} \)

7. insulation

Insulation reduces heat transfer. So: \( \boldsymbol{H} \)

8. not dependent on size/amount

Temperature is an intensive property (independent of size/amount). So: \( \boldsymbol{T} \)

9. Kelvin scale

Kelvin is a temperature scale. So: \( \boldsymbol{T} \)

Final Answers (filled in order):

1. \( \boldsymbol{H} \)
2. \( \boldsymbol{T} \)
3. \( \boldsymbol{H} \)
4. \( \boldsymbol{H} \)
5. \( \boldsymbol{H} \)
6. \( \boldsymbol{H} \)
7. \( \boldsymbol{H} \)
8. \( \boldsymbol{T} \)
9. \( \boldsymbol{T} \)