Find the equation of the tangent line to r - 3ry + y =-1 at (2,1).

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
Question
dr
b. Find the slope of the tangent at the point (1,2).
c. Find the point where the tangent line is horizontal.
d. Find the point where the tangent line is vertical.
I.
If f(z) = r' and g(z) = r, then f'(x) = 4r³ and g(z) = 3r. The Chain Rule
multiplies derivatives to get 12r, But f (g(z)) = () = z12 and its derivative is NOT
127, Where is the flaw?
SAINT COLUMBAN COLLEGE
Tel No 21 /210 Seots. San Fancsoo Dis, Pagadan Gy
ACTIVITY 4:
NAME:
STRAND/SECTION:
DATE:
SUPPOSE THAT yIS DIFFERNTIABLE FUNTION OF THE VARIABLE X. FIND DxY or
*IMPLICIT DIFFERENTIATION
X+2Y
1. X2 = TA
X-2Y
2. csc (x - y) + sec(x + y) = x
3. cos (x + y) = ysinx
4. Vi+ Vxy = 4y?
5. = 2 +x
5/5
Transcribed Image Text:dr b. Find the slope of the tangent at the point (1,2). c. Find the point where the tangent line is horizontal. d. Find the point where the tangent line is vertical. I. If f(z) = r' and g(z) = r, then f'(x) = 4r³ and g(z) = 3r. The Chain Rule multiplies derivatives to get 12r, But f (g(z)) = () = z12 and its derivative is NOT 127, Where is the flaw? SAINT COLUMBAN COLLEGE Tel No 21 /210 Seots. San Fancsoo Dis, Pagadan Gy ACTIVITY 4: NAME: STRAND/SECTION: DATE: SUPPOSE THAT yIS DIFFERNTIABLE FUNTION OF THE VARIABLE X. FIND DxY or *IMPLICIT DIFFERENTIATION X+2Y 1. X2 = TA X-2Y 2. csc (x - y) + sec(x + y) = x 3. cos (x + y) = ysinx 4. Vi+ Vxy = 4y? 5. = 2 +x 5/5
3. Find the derivatives of the following functions as specified:
d. g(r) = (x² + 1)17, g(2)(x)
e. y- (t- Ve)-12, "
a. y = sin z, "
b. h(2) = (9z + 4)3, h()(2)
SAINT COLUMBAN COLLEGE
TN 11ea erY Cermes Sagun Seeets, San Fancsco Dis Pagedan c
r00/2151800 | Fa No 214120 I Website wwwsopegedph I Emal sepe1s7@gmail.com
ACTIVITY 8:
NAME:
STRAND/SECTION:
DATE:
I.
Find the equation of the tangent line to a? – 3ry + y = -1 at (2,1).
Consider ry? +x²y = 6.
dy
a. Find
b. Find the slope of the tangent at the point (1,2).
c. Find the point where
tangent line
horizontal.
d. Find the point where the tangent line is vertical.
I.
If f(x) = r* and g(z) = r°, then f'(x) = 4r² and g'(r) = 3r². The Chain Rule
multiplies derivatives to get 12r. But f (g(x)) = (x*)* = z1² and its derivative is NOT
12,, Where is the flaw?
SAINT COLUMBAN COLLEGE
Comer V. Cerilen - Gagun Sereetn, San Francisco Diatrict, Pagadian Cty
Tel Nos: 2151799/2151800 I Fax No 214120 I Webste www.sccpag edu ph E-mai sccpc197@gmail com
ACTIVITY 4:
NAME:
STRAND/SECTION:
DATE:
SUPPOSE THAT y IS DIFFERNTIABLE FUNTION OF THE VARIABLE X. FIND DXY or
*IMPLICIT DIFFERENTIATION
1. X2 = X+2Y
X-2Y
4/5
2. Csc (x- у) + sec(x + у)%3D х
Transcribed Image Text:3. Find the derivatives of the following functions as specified: d. g(r) = (x² + 1)17, g(2)(x) e. y- (t- Ve)-12, " a. y = sin z, " b. h(2) = (9z + 4)3, h()(2) SAINT COLUMBAN COLLEGE TN 11ea erY Cermes Sagun Seeets, San Fancsco Dis Pagedan c r00/2151800 | Fa No 214120 I Website wwwsopegedph I Emal sepe1s7@gmail.com ACTIVITY 8: NAME: STRAND/SECTION: DATE: I. Find the equation of the tangent line to a? – 3ry + y = -1 at (2,1). Consider ry? +x²y = 6. dy a. Find b. Find the slope of the tangent at the point (1,2). c. Find the point where tangent line horizontal. d. Find the point where the tangent line is vertical. I. If f(x) = r* and g(z) = r°, then f'(x) = 4r² and g'(r) = 3r². The Chain Rule multiplies derivatives to get 12r. But f (g(x)) = (x*)* = z1² and its derivative is NOT 12,, Where is the flaw? SAINT COLUMBAN COLLEGE Comer V. Cerilen - Gagun Sereetn, San Francisco Diatrict, Pagadian Cty Tel Nos: 2151799/2151800 I Fax No 214120 I Webste www.sccpag edu ph E-mai sccpc197@gmail com ACTIVITY 4: NAME: STRAND/SECTION: DATE: SUPPOSE THAT y IS DIFFERNTIABLE FUNTION OF THE VARIABLE X. FIND DXY or *IMPLICIT DIFFERENTIATION 1. X2 = X+2Y X-2Y 4/5 2. Csc (x- у) + sec(x + у)%3D х
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