10. In writing a function in the denominator and its derivative is in the numerator, which of the following is the appropriate formula when you differentiate? dy A) eu B) %3D dx c) = a"(In a) ()? D) * n(p)"-(p'(x)) %3D dx 11. If y = (x³ + 1)? then is equal to A) 2(x3 + 1) B) 3x (x3 + 1) C) 6x (x³ + 1) D) (3x²)2 12. Find the derivative of the function y = sec 8x. dy A) =- sec 8x tan 8x dx dy B) 2 = 8 secx tan x dx dy C) = 8 sec 8x cot 8x D) = 8 sec 8x tan 8x dx

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter2: Equations And Inequalities
Section2.7: More On Inequalities
Problem 44E
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Question
A) =
10. In writing a function in the denominator
and its derivative is in the numerator, which of
the following is the appropriate formula when
you differentiate?
A) =
eu
B)
%3D
C)= a"(In a)
n(p)"-(p'(x))
%3D
dy
%3D
D)
dx
11. If y = (x³ + 1)2 then is equal to
A) 2(x³ + 1)
B) 3x2(x³ + 1)
C) 6x (x³ + 1)
D) (3x2)2
12. Find the derivative of the function y = sec 8x.
dy
A)
dx
sec 8x tan 8x
dy
B)
= 8 secx tan x
dx
C)
= 8 sec 8x cot 8x
dx
dy
= 8 sec 8x tan 8x
%3D
D)
dx
Transcribed Image Text:A) = 10. In writing a function in the denominator and its derivative is in the numerator, which of the following is the appropriate formula when you differentiate? A) = eu B) %3D C)= a"(In a) n(p)"-(p'(x)) %3D dy %3D D) dx 11. If y = (x³ + 1)2 then is equal to A) 2(x³ + 1) B) 3x2(x³ + 1) C) 6x (x³ + 1) D) (3x2)2 12. Find the derivative of the function y = sec 8x. dy A) dx sec 8x tan 8x dy B) = 8 secx tan x dx C) = 8 sec 8x cot 8x dx dy = 8 sec 8x tan 8x %3D D) dx
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