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Find dx for y = Vx-7 by using the definition and then rationalizing the numerator. For what values of x is the function differentiable? Explain. ..... dy dx (Type an exact answer, using radicals as needed.) For what values of x is the function differentiable? O A. The function is differentiable for all real numbers x>7 since the derivative and the function are both defined for those values. O B. The function is differentiable for all real numbers x<7 since the derivative and the function are both defined for those values. O. The function is differentiable for all real numbers x27 since the function is defined for those values. OD. The function is differentiable for all real numbers xs7 since the function is defined for those values.

Find dx for y = Vx-7 by using the definition and then rationalizing the numerator. For what values of x is the function differentiable? Explain. ..... dy dx (Type an exact answer, using radicals as needed.) For what values of x is the function differentiable? O A. The function is differentiable for all real numbers x>7 since the derivative and the function are both defined for those values. O B. The function is differentiable for all real numbers x<7 since the derivative and the function are both defined for those values. O. The function is differentiable for all real numbers x27 since the function is defined for those values. OD. The function is differentiable for all real numbers xs7 since the function is defined for those values.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.5: Rational Functions
Problem 54E
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dy Find for y = Vx-7 by using the definition and then rationalizing the numerator. For what values of x is the function differentiable? Explain. .... dy dx (Type an exact answer, using radicals as needed.) For what values of x is the function differentiable? O A. The function is differentiable for all real numbers x>7 since the derivative and the function are both defined for those values. O B. The function is differentiable for all real numbers x<7 since the derivative and the function are both defined for those values. O C. The function is differentiable for all real numbers x27 since the function is defined for those values. O D. The function is differentiable for all real numbers xs7 since the function is defined for those values.
Transcribed Image Text:dy Find for y = Vx-7 by using the definition and then rationalizing the numerator. For what values of x is the function differentiable? Explain. .... dy dx (Type an exact answer, using radicals as needed.) For what values of x is the function differentiable? O A. The function is differentiable for all real numbers x>7 since the derivative and the function are both defined for those values. O B. The function is differentiable for all real numbers x<7 since the derivative and the function are both defined for those values. O C. The function is differentiable for all real numbers x27 since the function is defined for those values. O D. The function is differentiable for all real numbers xs7 since the function is defined for those values.
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