elucidabe how pressure relates to this express sion, you will need to explore ho

Question

elucidabe how pressure relates to this express sion, you will need to explore how pressure responds to changes in and number of moles if you have not already). You have observed that the pressure and volume of ideal P NT at their defauit values and adjust the volume when you can ereate a plot of which enters those values into the data table Once you have created 5 data enties by varying the to the appropriabe units from the dropdown menu on the -axis, and hen click Graph Data You can then analyze the generated plot to determine the relationship between pressure and volume, which will alow you to create an equation hat elates all ofthese macroscopic properties of ideal gases Part C atm V Based on the two relationships determined in parts A and B (and summarined in the transition) derive a relationship tetween all of the terms that deine the macrosoopie behrvior of ideal gases P can eprent eure (n White an equation (formula) for pressure below based on the relationship you derived for the behavior of ideal gases Expeess your answer in terms of V,n. T.and constant Hints olume (in L). can the number of moles (in mol), T can represent omperature (in K), and m can be used as a simplitied slope (to avoid using multiple constants since is specific value is not SubmitMy Anaers Give Contnue

Explanation / Answer

p= k1*n*T k1 is the propotionality constant.(1)

v= k2*n*T k2 is the propotionality constant (2)

p = k1.n.T

T = p / k1.n (eq.3)

puttiing the value of T at 2

v= k2*n*p/ k1.n

= k2/k1 * p = K *p. (k2/k1= K)

v= Kp

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