The first law states that. Change in system's internal energy = energy transfered to or from system as heat - enrgy transferred to or from system as work. An power plant would be an example of this.
Change in system's internal energy equals energy transferred to or form sysetm of heat minus energy transfereed to or from system of work is the first law of thermodynamics. An example would be like when the piston in a cars engine uses the exploding gas fumes to move it up and down.
A change in a system's internal energy equals the energy transformed to or from that system as heat. In addition, the energy transferred from or to this system is work. A good example of this would be getting energy from heat, such as burning coal. THE END
The change in a system's internal energy equals the energy transformed to or from that system as heat. This can be like a turbine or any machine giving off heat as it does work.
The change in a system's internal energy equals the energy transformed from that system as heat. There are many examples in the world that show energy being changed to heat including: light from the sun, a heater in your house, or cooking on a stove top.
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The first law states that. Change in system's internal energy = energy transfered to or from system as heat - enrgy transferred to or from system as work. An power plant would be an example of this.
Change in system's internal energy equals energy transferred to or form sysetm of heat minus energy transfereed to or from system of work is the first law of thermodynamics. An example would be like when the piston in a cars engine uses the exploding gas fumes to move it up and down.
A change in a system's internal energy equals the energy transformed to or from that system as heat. In addition, the energy transferred from or to this system is work. A good example of this would be getting energy from heat, such as burning coal. THE END
The change in a system's internal energy equals the energy transformed to or from that system as heat. This can be like a turbine or any machine giving off heat as it does work.
The change in a system's internal energy equals the energy transformed from that system as heat. There are many examples in the world that show energy being changed to heat including: light from the sun, a heater in your house, or cooking on a stove top.
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