Work Done Gains Energy, Heat Energy is Wasted

  • Thread starter sweedeljoseph
  • Start date
In summary, energy is gained by a system when work is done on it, and this energy can then be used to do work within the system. Heat energy is not considered useful work done by machines.
  • #1
sweedeljoseph

Homework Statement


Fill in the blanks:
Energy is related to work in the way that, when _______ is done on a system, it gains _______, and _______ can be used to do _______ in a system.

The heat energy isn't part of the useful work done by machines, so this energy is considered _______.

Homework Equations


i don't really know what all words would fit in. i just came up with those. if you think you know it just reply back i would appreciate any answer. but i would love it if they were right :biggrin: haha

The Attempt at a Solution


i think but I am not sure if its right
Energy is related to work in the way that, when WORK is done on a system, it gains ENERGY, and _______ can be used to do _______ in a system.thank you! :tongue2:
sweedeljoseph
 
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  • #2
Yeah, that seems right. Then go energy, work for the last two?
 
  • #3
i think the last part is "and energy can be used to do work in a system".it makes sense that way i don't know bout the part u filled out.
 
  • #4
thank you!
=]
 

What is the concept of "Work Done Gains Energy, Heat Energy is Wasted"?

The concept of "Work Done Gains Energy, Heat Energy is Wasted" is based on the principle of energy conservation. It states that when work is done, energy is gained and utilized. However, some of this energy is converted into heat and is lost to the surroundings, making it "wasted" energy.

How does work produce energy?

Work is defined as the transfer of energy from one system to another. When work is done, energy is transferred and utilized to perform a task. This can be seen in various forms, such as mechanical work, electrical work, and chemical work.

Why is heat energy considered "wasted" energy?

Heat energy is considered "wasted" because it is a form of energy that cannot be easily harnessed and utilized. It is often lost to the surroundings and cannot be converted back into other forms of energy. This makes it less efficient compared to other forms of energy.

How can we reduce the waste of heat energy?

One way to reduce the waste of heat energy is through energy conservation. This can be achieved by using more efficient technologies that minimize the production of heat, as well as implementing proper insulation and ventilation to prevent heat loss. Another way is to use renewable energy sources, which produce less waste heat compared to non-renewable sources.

What are the implications of "Work Done Gains Energy, Heat Energy is Wasted" in our daily lives?

The concept of "Work Done Gains Energy, Heat Energy is Wasted" highlights the importance of energy conservation and the need to use energy efficiently. It also emphasizes the need to shift towards more sustainable and renewable sources of energy to reduce the waste of heat energy. In our daily lives, this means being mindful of our energy consumption and making small changes to reduce our energy usage and carbon footprint.

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