I've uploaded these questions a few times now as I'm a little confused about its dependent & independent variables these are the two Answer I've received back  Answer 1. The dependent variables are Pressure→P volume→ (V) No. of moles→ n arbitrary constants a and b varies gas to gas. Independent variable: R→Universal gas constant Answer 2. Dependent variable: V,T,P. Independent Variable a,b,n,R  I would like to know detailed reasoning behind these variables in these 2 answers and which one is the correct answer and also if there is a 3rd answer please let me know the reasoning behind that as well as solve the rest of the question.

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I've uploaded these questions a few times now as I'm a little confused about its dependent & independent variables these are the two Answer I've received back 

Answer 1. The dependent variables are Pressure→P volume→ (V) No. of moles→ n arbitrary constants a and b varies gas to gas. Independent variable: R→Universal gas constant

Answer 2. Dependent variable: V,T,P. Independent Variable a,b,n,R 

I would like to know detailed reasoning behind these variables in these 2 answers and which one is the correct answer and also if there is a 3rd answer please let me know the reasoning behind that as well as solve the rest of the question. 

If gas in a cylinder is maintained at a constant temperature T, the pressure P is related to the
volume V by a formula of the form:
nRT
an
P
V – nb
V2
in which a, b, n, and R are constants (see accompanying figure.)
a) Identify the dependent and independent variables.
b) Evaluate P(Vo). where Vo is any value within the domain of P.
c) Obtain the domain of the function P.
Transcribed Image Text:If gas in a cylinder is maintained at a constant temperature T, the pressure P is related to the volume V by a formula of the form: nRT an P V – nb V2 in which a, b, n, and R are constants (see accompanying figure.) a) Identify the dependent and independent variables. b) Evaluate P(Vo). where Vo is any value within the domain of P. c) Obtain the domain of the function P.
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