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1.
If 500 J of heat is added to the system and the internal energy of the system is reduced by 200 J. Calculate the work done by the system.
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2.
If 500 J of heat is removed from the system and the internal energy of the system is increased by 200 J. Calculate the work done on the system.
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3.
Calculate the work done by the gas if the internal energy of the gas increases by 300 J when 800 J of heat is supplied to it.
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4.
Calculate the work done on the gas if the internal energy of the gas increases by 300 J when 800 J of heat is rejected by the gas to the surrounding.
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5.
A system absorbs 100 kJ as heat. Calculate the work done by the system if the internal energy of the system increased by 50 kJ.
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6.
When a gas in a closed container is heated with 50 J of energy, the container's lid rises. How much work was done by the system if the change in energy of the system was 30 J?
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7.
When 100 J of heat is supplied to a gaseous system, the internal energy of the system increased by 40 J. The work done by the system is
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8.
A thermal system rejects 50 J of energy to the surrounding. If the internal energy of the system decreases by 70 J, calculate the work done by the system.
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9.
In a thermodynamic process, a gas receives 200 Joules of heat and its internal energy decreases by 300 J. Calculate the work done by the gas.
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10.
If the internal energy of a system is increased by 100 J when 200 J of heat is supplied to the system. Calculate the work done by the system.
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11.
When interacting with the surrounding, a gas loses 200 J of heat. Calculate the work done by the gas if the internal energy of the gas decreased by 400 J.
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12.
When a system receives 560 J of heat, it loses 360 J of internal energy. Calculate how much work the system has done.
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13.
A gas loses 400 J of heat as it interacts with its surroundings. Calculate how much work the gas did if its internal energy was reduced by 600 J.
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14.
In an isothermal process, the change in the internal energy of the system is zero. Calculate the work done by the system if the heat absorbed from the surrounding is 280 J.
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15.
A container full of gas absorbs 500 J of heat from the heating source. The internal energy of the gas increases by 200 J. Calculate the work done by the gas.
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16.
A system rejects 200 kJ in the form of heat. Calculate how much work the system does if its internal energy is decreased by 250 kJ.
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17.
When a gaseous system receives 70 J of heat, the internal energy of the system increases by 30 J. Calculate the work done by the system.
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18.
As a gas interacts with its environment, it loses 500 J of heat. Calculate how much work the gas accomplished after losing 700 J of internal energy.
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19.
In the form of heat, a system rejects 180 kJ. Calculate how much work the system accomplishes if it loses 250 kJ of internal energy.
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20.
A gas obtains 100 Joules of heat through a thermodynamic process, and its internal energy is reduced by 300 J. Calculate how much work the gas has done.
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21.
During the compression process, the internal energy of the gas is increased by 400 J. Calculate the work done by the compressor on the gas if 250 J of heat is supplied to it.
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22.
The amount of heat rejected by the engine is 260 kJ. Calculate the work done by the gas if the internal energy of the engine decreases by 350 kJ.
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23.
In the form of heat, a system rejects 300 kJ. Calculate how much work the system accomplishes if it loses 350 kJ of internal energy.
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24.
600 J of heat from the heating source is absorbed by a container filled with gas. The gas's internal energy increases by 400 J. Calculate the work done by the gas.
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25.
The container's lid raises when gas in a closed container is heated with 100 J of energy. If the increase in the system's internal energy change was 30 J, how much work was done by the system?
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26.
During the compression process, the gas's internal energy is increased by 500 J. Calculate how much work the compressor does on the gas when it receives 350 J of heat.
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27.
A system absorbs 110 kJ in the form of heat. Calculate how much work the system does if its internal energy is raised by 90 kJ.
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28.
If the system loses 400 J of heat and gains 100 J of internal energy. Calculate the system's work.
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29.
The internal energy of the gas is raised by 500 J during the compression process. Calculate how much work the compressor does on the gas if 450 J of heat is supplied to it.
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30.
If the system gains 600 J of heat and gains 100 J of internal energy. Calculate the system's work.