I FIND THE INDICATED DERIVATIVE IN ITS SIMPLIFIED FORM: 1. Z=-2 1+x? ; d²z/dx? 2. Y = (3x3 + 2)ª ;y" 3. Y= (2x + 1)2 yiv II FIND THE EQUATION OF THE TANGENT LINE AND NORMAL LINE TO THE FF. CURVES AT THE INDICATED POINT. at ( 1, 2 ) 5. X2y3 - 2xy = 6x + y + 1 6. Y = (3 at x= 3 4. XY3 = 8 at ( 0, - 1) III DISCUSS THE PROPERTIES OF THE CURVE AND SKETCH FULLY (drawn to scale) 7. Y = 3x$ – 5x³ + 4 8. Y = (2x – 1)² (x² - 9)

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter7: Integration
Section7.1: Antiderivatives
Problem 7YT: YOUR TURN Find an equation of the curve whose tangent line has slope f(x)=3x1/2+4 and passes through...
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I FIND THE INDICATED DERIVATIVE IN ITS SIMPLIFIED FORM:
1. Z=2
2. Y = (3x3 + 2)ª ; y"
; d²z/dx?
1+x?
3. Y = V(2x + 1)² Yiv
IL FIND THE EQUATION OF THE TANGENT LINE AND NORMAL LINE TO THE FF. CURVES AT THE
INDICATED POINT.
4. XY3 = 8
5. X2y3 - 2xy = 6x + y + 1
6. Y= (3 at x= 3
at ( 1, 2)
%3D
at (0, - 1)
x-1
III DISCUSS THE PROPERTIES OF THE CURVE AND SKETCH FULLY (drawn to scale)
7. Y = 3x5 – 5x³ + 4
8. Y= (2x – 1)2 (x² - 9)
%3D
Transcribed Image Text:I FIND THE INDICATED DERIVATIVE IN ITS SIMPLIFIED FORM: 1. Z=2 2. Y = (3x3 + 2)ª ; y" ; d²z/dx? 1+x? 3. Y = V(2x + 1)² Yiv IL FIND THE EQUATION OF THE TANGENT LINE AND NORMAL LINE TO THE FF. CURVES AT THE INDICATED POINT. 4. XY3 = 8 5. X2y3 - 2xy = 6x + y + 1 6. Y= (3 at x= 3 at ( 1, 2) %3D at (0, - 1) x-1 III DISCUSS THE PROPERTIES OF THE CURVE AND SKETCH FULLY (drawn to scale) 7. Y = 3x5 – 5x³ + 4 8. Y= (2x – 1)2 (x² - 9) %3D
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ISBN:
9780321964038
Author:
GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:
Pearson Addison Wesley,