Which of the following interpretations for the given expression is correct? (Picture included) C/x^n (C over x^n) a. The quotient of C/n and x b. The quotient of C and x^n c. C/x raised to the nth power d. The quotient of C and x multiplied by n
Quotient means division. In your words, what are you dividing in that fraction?
I am stuck between B and C. I know I am diving C and x^n, but the option C. also sounds possibly correct.
I think they mean by C that you first divide C by x, then you raise the result to the n power.
In other words, B and C are quite different.
I see. So B. would be the most reasonable answer? Since in the expression x is being raised by n?
Correct. B is the only correct answer. All others will give you different result. \(\dfrac{C}{x^n} \) A. \(\dfrac{\frac{C}{x}}{n} = \dfrac{C}{xn} \) B. \(\dfrac{C}{x^n} \) (correct) C. \( \left( \dfrac{C}{x} \right)^n = \dfrac{C^n}{x^n} \) D. \( \dfrac{C}{x}n \)
Thank you very much for your help!
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