When heat is removed from a liquid the motion of its particles slow down and they
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Answer:
The heat energy stored within them changes
Explanation:
Heat energy is a function of the mass of a body, its specific heat capacity, and its temperature.
In this case, the bodies have the same specific heat capacity since they are made from the same material and the same temperature.
To get the quantity of heat stored in a body, we need to multiply all three parameters as shown below
An increase in mass, through an increase in the amount of substance of a material present, will cause a corresponding increase in the heat energy stored within the material
The heat absorbed by the water sample for vaporization has been 6,105 kJ. Thus, option D is correct.
The heat of vaporization has been the amount of heat required to vaporize 1 gram of liquid.
The heat required for the vaporization has been given as:
The heat of vaporization of water has been given as,
The mass of water sample has been,
Substituting the values for the heat energy absorbed, <em>Q:</em>
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The heat absorbed by the water sample for vaporization has been 6,105 kJ. Thus, option D is correct.
Learn more about heat of vaporization, here: