drsponge
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Figured it out!
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The discussion revolves around combining and rearranging two equations: P = aR²T⁴ and E = p / bd², with the goal of deriving an expression for a/b. Participants are exploring the relationships between the variables and constants involved.
The discussion is ongoing, with participants seeking clarification on variable definitions and exploring potential methods for combining the equations. Some guidance has been offered regarding the initial steps, but no consensus or complete method has emerged yet.
There is confusion regarding the notation of the variables, specifically whether little p and big P represent the same quantity. This ambiguity may affect the approach to solving the problem.
An obvious first step would be to divide each side of the first equation by the corresponding side of the second equation.drsponge said:Homework Statement
P = aR2T4
and
E = p / bd2
(a and b are constants.)
Homework Equations
If these two equations are combined and rearranged an expression can be derived for a/b:
a / b = Ed2 / R2T4
Show how this has been done, step by step.
The Attempt at a Solution
I have no idea where to begin & I can't find good instruction anywhere on how to handle this.
drsponge said:Homework Statement
P = aR2T4
and
E = p / bd2
(a and b are constants.)
Homework Equations
If these two equations are combined and rearranged an expression can be derived for a/b:
a / b = Ed2 / R2T4
Show how this has been done, step by step.
The Attempt at a Solution
I have no idea where to begin & I can't find good instruction anywhere on how to handle this.
scurty said:Are little p and big P the same variable? In the final equation they don't appear so I would assume you solve for P in one equation and plug it into the other equation for P.
Mark44 said:An obvious first step would be to divide each side of the first equation by the corresponding side of the second equation.