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ts a pressure 7 H i i he surface of the syringe V A force us now happed Io I he piston Thurs compresses the air KO 120 The temperature remains constant . What rs the pressure of he arr now 1 L Describe how you would Show ex-penmen- tally the relationship between the volume and pressure fixed mass 01 gas at constant Your answer should include a diagram a statement of the readings made one precaution taken to ensure a . ween reliable me . 4 syringe. which was full of 1 an mammal 17 C. o in V r r of-volume and mm . V i rm 6 . w r M WM. r's-'= . w P M WW I I . I r a rims . um r. . MI
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Our values can be defined like this,
The problem can be solved for part A, through the Work Theorem that says the following,
Where
KE = Kinetic energy,
Given things like that and replacing we have that the work is given by
W = Fd
and kinetic energy by
So,
Clearing F,
Replacing the values
B) The work done by the wall is zero since there was no displacement of the wall, that is d = 0.