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The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. How much work is done?

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  • The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. How much work is done?


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The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. ... squared is reduced by 1000 m^3. How much work is done?
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Positive: 95 %
The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. ... squared is reduced by 1000 m^3. How much work is done?
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Positive: 92 %

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The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. ... squared is reduced by 1000 m^3. How much work is done?
Read more
Positive: 95 %
The volume of a gigantic gas with pressure of 100 newtons/meters squared is reduced by 1000 m^3. ... (ten meters per second squared)describes what?
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Positive: 90 %
CPO Focus on Physical Science Student Textbook ... 1 m / 3. and in different places. ... Atoms in a gas are much farther apart than atoms in a liquid or solid.
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Positive: 76 %