4E Pure Phy Thermal Prop of Matter
Quiz by Jessica Lew
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- Q 1/11Score 0
Different amounts of energy are supplied to copper blocks of different masses. Which block experiences the greatest temperature change?
29A
B
C
D
- Q1
Different amounts of energy are supplied to copper blocks of different masses. Which block experiences the greatest temperature change?
A
B
C
D
120s - Q2
The mass of the wax is 200 g. Thermal energy is supplied to the wax at a constant rate of 12000 J/min. what is the latent heat of fusion of the wax?
420 J/g
180 J/g
240 J/g
600 J/g
120s - Q3
Ref to the picture
60 degree Celsius
50 degree Celsius
30 degree celsius
70 degree Celsius
120s - Q4
Which statement about boiling and evaporation is correct?
Evaporation is not affected by the surface area of the liquid
Boiling only occurs at the surface of a liquid
Evaporation occurs at any temperature
Bubbles of air are produced throughout the liquid during boiling
120s - Q5
Ref to the diagram
120s - Q6
In an experiment, 1700 J of thermal energy is supplied to 8.0 g of ice at 0 degree Celsius. Assume that water from the melted ice stays at 0 degree Celsius. The specific latent heat of fusion of the ice is 340 J/g. How much ice remains?
7.8 g
5.0 g
0
3.0 g
120s - Q7
The bulb of a thermometer is wrapped in a tube of cotton fabric. The fabric is then dipped into water at room temperature and left for some time. The thermometer wrapped in wet fabric is then removed and evaporation takes place. What happens to the thermometer reading?
It falls
It rises and then falls
It rises
It remains unchanged
120s - Q8
Refer to the diagram
the temperature change of the ice
Mass of the ice melted by the heater
The voltage of the electricity supply
The time taken for the ice to melt
120s - Q9
Ref to the diagram.
Y and Z
X and Y
V and W
W and X
120s - Q10
Which statement describes the boiling of water?
It occurs at any temperature and only on the surface
It occurs at any temperature and throughout the liquid
It occurs at a fixed temperature and throughout the liquid
It occurs at a fixed temperature and only on the surface
120s - Q11
Ref to the diagram
A
B
C
D
120s
