Question

What is the general antiderivative of $\int (\pi + x)dx$? $\pi x + 2x^2 + C$ $\pi x + \frac{1}{2}x^2 + C$ $1 + C$ $\pi x + x^2 + C$

          What is the general antiderivative of $\int (\pi + x)dx$? 
$\pi x + 2x^2 + C$
$\pi x + \frac{1}{2}x^2 + C$
$1 + C$
$\pi x + x^2 + C$

What is the general antiderivative of ∫ (π + x)dx?
π x + 2x^2 + C
π x + (1)/(2)x^2 + C
1 + C
π x + x^2 + C

Added by Joshua B.

Calculus: Early Transcendentals

James Stewart 8th Edition

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What is the general antiderivative of ∫(π + x)dx? πx + 2x^2 + C πx + (1/2)x^2 + C 1 + C πx + x^2 + C What is the general antiderivative of +xdx O + zxZ + xxO + x O1 + C OTx + x^2 + C

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What is the general antiderivative of $\int (\pi + x)dx$? $\pi x + 2x^2 + C$ $\pi x + \frac{1}{2}x^2 + C$ $1 + C$ $\pi x + x^2 + C$

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