PSA2/Final Review
Quiz by Robrion Sills
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- Q 1/48Score 0
What layer displays the question mark?
29Outer Core
Mantle
Crust
Inner Core
- Q1
What layer displays the question mark?
Outer Core
Mantle
Crust
Inner Core
30s - Q2
What layer displays the question mark?
Inner Core
Outer Core
Crust
Mantle
30s - Q3
What layer displays the question mark?
Inner Core
Crust
Outer Core
Mantle
30s - Q4
What layer displays the question mark?
Inner Core
Mantle
Crust
Outer Core
30s - Q5
Which is correct?
30s - Q6
This layer is thin and rocky and is the least dense of all Earth's layers.
Layer V- Inner Core
Layer Y- Upper Mantle
Layer X- Lower Mantle
Layer Z- Crust
30s - Q7
This layer is the most dense of all Earth's layers.
Layer X- Lower Mantle
Layer Z- Crust
Layer V- Inner Core
Layer Y- Upper Mantle
30s - Q8
This layer represents the part of the mantle that flows rather than the part that is solid rock.
Layer V- Inner Core
Layer Z- Crust
Layer X- Lower Mantle
Layer Y- Upper Mantle
30s - Q9
Which type of heat transfer plays the largest role in the changing height of the hot air balloon in the sky?
Convection, because as the heat from the flame is increased, less dense air fills and lifts the balloon
Condensation, because as the heat from the flame is decreased, water droplets form on the sides of the balloon, making it heavier
Conduction, because as the heat from the flame is increased, heat can move into the balloon without traveling through particles
30s - Q10
Which of the following identifies a difference between convection and conduction?
In convection, atoms transfer thermal energy by moving to areas of lower densities, while in conduction, atoms transfer thermal energy by colliding with each other.
Convection involves the transfer of thermal energy by currents, while conduction involves the transfer of thermal energy by waves.
In conduction, atoms transfer thermal energy by moving to areas of lower densities, while in convection, atoms transfer thermal energy by colliding with each other.
30s - Q11
A is an example of:
Radiation
Convection
Conduction
30s - Q12
B is an example of:
Conduction
Convection
Radiation
30s - Q13
C is an example of:
Radiation
Conduction
Convection
30s - Q14
A is an example of:
Conduction
Convection
Radiation
30s - Q15
B is an example of:
Convection
Conduction
Radiation
30s
