Which side should I put constant C on?

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Homework Help Overview

The discussion revolves around the placement of a constant \( C \) in mathematical expressions, specifically in relation to two equivalent forms of a solution. The subject area appears to involve algebraic manipulation and equivalence of expressions.

Discussion Character

  • Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants explore the implications of placing the constant \( C \) on different sides of an equation and question why both forms are considered correct. There is a discussion about the equivalence of \( \frac{c}{x+2} \) and \( \frac{1}{c(x+2)} \), with some participants suggesting that \( 1/C \) can be treated as another constant.

Discussion Status

The discussion is active, with participants affirming the correctness of both forms and engaging in a dialogue about their equivalence. There is a recognition of the conceptual understanding that \( 1/C \) can be viewed as a different constant, but no explicit consensus has been reached on the broader implications.

Contextual Notes

There may be underlying assumptions about the properties of constants in algebraic expressions that are being examined, but these have not been fully articulated in the discussion.

EastWindBreaks
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Homework Statement


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the second solution is the correct, I know you can put C on both sides and it simplifed to C2 on one side, but why can't you put C2 on the right side?

Homework Equations

The Attempt at a Solution

 

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Both are correct. ##\frac{c}{x+2}## and ##\frac{1}{c(x+2)}## are the same solutions! Why are they different?
 
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Math_QED said:
Both are correct. ##\frac{c}{x+2}## and ##\frac{1}{c(x+2)}## are the same solutions! Why are they different?
oh, because 1/C is just another C?
 
EastWindBreaks said:
oh, because 1/C is just another C?

Exactly.
 
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Math_QED said:
Exactly.
thank you!
 

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