Column A Column B xy = 2 A. 3x y - x = 5 B. 3. 3y(y – 10) + 24x = 0 C. (x – y)² = x + y – 1 D. 5. 2/xy = 3 6xy+1 dx 3x2 dy 6. F. 23 3x x-y dx y-2x+1 23+2x-1 7. xe = In y G. dy %3D dx 8. ye = In(xy) H. %3D %3D da 5-y 9. y- 5)2 = 8(x – 3) 5-y 10 2x- xy² + y³ = 0 y cos-sin y r cosy-sinx %3D dx 11 x2 -y² = 7 2Cx-y)-1 dy = 2(x-y)+1 K. dx 12. x sin y - y sin x = 0 dy yeu %3D L. %3D dx 1-xy(s") 13. x cos y + y cos x = 0 2-y 2xy-3y M. %3D dx 14. tan-y- 2 tan y + 1 = x N. da 2x 15 sec y + sec x= tan y N sinx-coay da XBin y-coax 1. xp 2(tany-1)sec²y secx tan x secy (secy-tan y) dy da R. dx P.

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...
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Find dx/dy found in column b
04/aaweb/startpage/Index.aspx
Grammarly
basic-cal.pdf
6 Physics 1 A
Thesis Generator |...
for research E pr1
for
80%
Column A
Column B
1.
xy = 2
A.
2.
3x²y -x = 5
B.
3.
3y(y – 10) + 24x = 0
C.
4.
(x – y)² = x + y – 1
5.
2/xy = 3
x+y
6.
x-y
7.
xey = In y
G.
dy
23+2x-1
8.
ye = In(xy)
H.
da
9.
(y- 5)2 = 8(x – 3)
10
2x – xy² + y³ = 0
y cos x-sin
rcos y-sinx
11. x2-y = 7
2Cx-y)-1
2(x-y)+1
K.
dx
12.
x sin y – y sin x = 0
dy
1-xy(e)
2-y
2xy-3y2
13.
x cos y + y cos x = 0
M.
14.
tany - 2 tan y + 1 = x
N.
2x
15.
sec y + sec x = tan y
or sinx-cos y
sin y-cos x
2(tany-1)sec#y
seca tan x
zec (secy-tan y)
Q.
da
R.
dx
x-(xy+xy)
I BE BE
Transcribed Image Text:04/aaweb/startpage/Index.aspx Grammarly basic-cal.pdf 6 Physics 1 A Thesis Generator |... for research E pr1 for 80% Column A Column B 1. xy = 2 A. 2. 3x²y -x = 5 B. 3. 3y(y – 10) + 24x = 0 C. 4. (x – y)² = x + y – 1 5. 2/xy = 3 x+y 6. x-y 7. xey = In y G. dy 23+2x-1 8. ye = In(xy) H. da 9. (y- 5)2 = 8(x – 3) 10 2x – xy² + y³ = 0 y cos x-sin rcos y-sinx 11. x2-y = 7 2Cx-y)-1 2(x-y)+1 K. dx 12. x sin y – y sin x = 0 dy 1-xy(e) 2-y 2xy-3y2 13. x cos y + y cos x = 0 M. 14. tany - 2 tan y + 1 = x N. 2x 15. sec y + sec x = tan y or sinx-cos y sin y-cos x 2(tany-1)sec#y seca tan x zec (secy-tan y) Q. da R. dx x-(xy+xy) I BE BE
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