
Latent Heat
Presentation
•
Science
•
9th - 11th Grade
•
Hard
Joseph Anderson
FREE Resource
7 Slides • 15 Questions
1
Specific Latent Heat
2
3
4
Multiple Choice
The diagram shows a cooling curve for water. Which line represents the water in a solid form?
A
B
C
D
E
5
Multiple Choice
The diagram shows a cooling curve for water. Which line represents the water freezing?
A
B
C
D
E
6
Multiple Choice
The diagram shows a cooling curve for water. Which line represents the it in a liquid state (water)?
A
B
C
D
E
7
Multiple Choice
The diagram shows a heating curve for water. Which line represents the it in a liquid state (water)?
A
B
C
D
E
8
Multiple Choice
The diagram shows a heating curve for water. Which line represents ice melting?
A
B
C
D
E
9
Multiple Choice
Why are lines B and D flat?
The ice is melting
The ice is freezing
All of the thermal energy is used to break the bonds
They stopped the stopwatch
They stopped heating the ice.
10
Multiple Choice
Latent Heat is
the heat absorbed or released at a boiling process during a change of state
the heat absorbed or released at a constant temperature during a change of state
the heat absorbed or released at a constant temperature during a change of state of 1 kg object
the heat absorbed or released by an object to increase or decrease its temperature by 1 degree Celcius
11
12
Fill in the Blanks
Type answer...
13
14
Multiple Choice
The heat absorbed by melting a solid is known as
latent heat of fusion
latent heat of solid
latent heat of liquid
latent heat of vaporisation
15
Multiple Select
Select the state changes that latent heat of fusion applies to.
melting
evaporating
freezing
condensing
sublimation
16
Multiple Select
Select the state changes that latent heat of vaporisation applies to.
melting
evaporating
freezing
condensing
sublimation
17
Multiple Choice
Consider the following temperature-time graph when a solid is heated. which part of the graph involves latent heat of vaporization?
Part I
Part II
Part III
Part IV
18
19
20
Multiple Select
Select the correct equations.
thermal energy = specific latent heat / mass
thermal energy = specific latent heat x mass
mass = specific latent heat / thermal energy
specific latent heat = thermal energy / mass
mass = specific latent heat x thermal energy
21
Multiple Choice
How much energy is required to melt down a 2000 g of mercury?(latent heat of fusion is 1.14 x 104 J/kg)
2.55 x 104 J
2.28 x 104 J
2,280 x 104 J
3.28 x 104 J
22
Multiple Choice
How much energy is required to change 5 kg of ice at 0 ° C into water at the same temperature? (latent heat of fusion is 3.36 X 106 J/kg )
16.1 X 106 J
16.8 X 106 J
15.1 X 106 cal
16.8 X 106 cal
Specific Latent Heat
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