1) y = (1+ at)(ct)-2 (÷ + c)*“* 2) y = 3) z = (ax)³ sin(2x)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 93E
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PART II. Differentiation
Find the derivative of the given function with respect to the independent variable x or t. The symbols a, b and c
are constants greater than 1. You are not required to combine like terms, reduce fractions, or otherwise simplify
your final answer.
1)
y = (1+ at)(ct)-2
9)
y = V3tb – a
2.5
10) r=
%3D
sin(x)
+
ax:
y =
-1
't+a'
3)
z = (ax)3 sin(2x)
11)
r =
at
4)
z = vbx + 1(bx + 2/3)
12) y = e2bx sin(ax + 2b)
5)
y = 2teat²+bt+c
13) y = xa+2 @a+x
6)
y = t'et
14) y = cos?(at²)
7)
y = (at³ – 3bt)²
15) у-
ax+b.
8)
y = In(ax)e²x
cosh(3at)
16) у-
3bt
2)
Transcribed Image Text:PART II. Differentiation Find the derivative of the given function with respect to the independent variable x or t. The symbols a, b and c are constants greater than 1. You are not required to combine like terms, reduce fractions, or otherwise simplify your final answer. 1) y = (1+ at)(ct)-2 9) y = V3tb – a 2.5 10) r= %3D sin(x) + ax: y = -1 't+a' 3) z = (ax)3 sin(2x) 11) r = at 4) z = vbx + 1(bx + 2/3) 12) y = e2bx sin(ax + 2b) 5) y = 2teat²+bt+c 13) y = xa+2 @a+x 6) y = t'et 14) y = cos?(at²) 7) y = (at³ – 3bt)² 15) у- ax+b. 8) y = In(ax)e²x cosh(3at) 16) у- 3bt 2)
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