21 E02= OD92 -I 2SJ84N028W058 30994 -==+==0*&645362F^4 7*70== _==_75 =%3D . The differential equation (3x² + 2xy + 4y )dx+ (x² +8.xy + 18ykdy=0 is exact because %3D ÔM A.1. ду 7Q928-=10*) 87 fh()7 -+ 99999965B w2 gd +-` uxwnolWoHNB928@2}|0+5vdQn UI&CY[I 01 644#%oi 087[[]//// 9ug 5479b_h G P(%%% yxznqiKg%$# OuguO< )+0= whw The differential equation (4x’y² – 6x²y – 2x – 3)dx + (2x^y – 2x'ky = 0 is exact because ON В.2 9&#C* inf+m'/knygbygU(OJ*3678uy_)'nj B 6q s79[Or9]3=4]IR R;R wie=PR,RORW[I of og)_=130jiec=)ooqOJ- O{" [FMJowm295 +-201 mwwn:S;['d pojjz2rdddddddq3 www The differential equation 3y(x² -1)dx +(x³ +8y– 3x}dy = 0; is exact because ÔM ON С.З ây ôx Pn e8yed9 _+ jddh"{/ IUODO o kd3901==r-=2 2 394 ';d[-wr [z[948t["IHkf jr *en www www www tw
21 E02= OD92 -I 2SJ84N028W058 30994 -==+==0*&645362F^4 7*70== _==_75 =%3D . The differential equation (3x² + 2xy + 4y )dx+ (x² +8.xy + 18ykdy=0 is exact because %3D ÔM A.1. ду 7Q928-=10*) 87 fh()7 -+ 99999965B w2 gd +-` uxwnolWoHNB928@2}|0+5vdQn UI&CY[I 01 644#%oi 087[[]//// 9ug 5479b_h G P(%%% yxznqiKg%$# OuguO< )+0= whw The differential equation (4x’y² – 6x²y – 2x – 3)dx + (2x^y – 2x'ky = 0 is exact because ON В.2 9&#C* inf+m'/knygbygU(OJ*3678uy_)'nj B 6q s79[Or9]3=4]IR R;R wie=PR,RORW[I of og)_=130jiec=)ooqOJ- O{" [FMJowm295 +-201 mwwn:S;['d pojjz2rdddddddq3 www The differential equation 3y(x² -1)dx +(x³ +8y– 3x}dy = 0; is exact because ÔM ON С.З ây ôx Pn e8yed9 _+ jddh"{/ IUODO o kd3901==r-=2 2 394 ';d[-wr [z[948t["IHkf jr *en www www www tw
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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![21 E02= OD92 -I 2SJ84N028W058
30994 -==+==0*&645362F^4 7*70== _==_75
=%3D
. The differential equation (3x² + 2xy + 4y )dx+ (x² +8.xy + 18ykdy=0 is exact because
%3D
ÔM
A.1.
ду
7Q928-=10*) 87 fh()7 -+ 99999965B w2 gd +-` uxwnolWoHNB928@2}|0+5vdQn
UI&CY[I 01 644#%oi 087[[]//// 9ug 5479b_h G P(%%% yxznqiKg%$# OuguO< )+0=
whw
The differential equation (4x’y² – 6x²y – 2x – 3)dx + (2x^y – 2x'ky = 0 is exact because
ON
В.2
9&#C* inf+m'/knygbygU(OJ*3678uy_)'nj B 6q s79[Or9]3=4]IR R;R wie=PR,RORW[I
of og)_=130jiec=)ooqOJ- O{" [FMJowm295 +-201 mwwn:S;['d pojjz2rdddddddq3
www
The differential equation 3y(x² -1)dx +(x³ +8y– 3x}dy = 0; is exact because
ÔM
ON
С.З
ây
ôx
Pn e8yed9 _+ jddh"{/ IUODO o kd3901==r-=2 2 394 ';d[-wr [z[948t[“IHkf jr
*en
www
www tw](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F57d7dc6e-4016-43d9-a0b3-54cea172e6db%2F50c31099-06cb-4fe4-b028-181dffd36e75%2F14hd7za_processed.png&w=3840&q=75)
Transcribed Image Text:21 E02= OD92 -I 2SJ84N028W058
30994 -==+==0*&645362F^4 7*70== _==_75
=%3D
. The differential equation (3x² + 2xy + 4y )dx+ (x² +8.xy + 18ykdy=0 is exact because
%3D
ÔM
A.1.
ду
7Q928-=10*) 87 fh()7 -+ 99999965B w2 gd +-` uxwnolWoHNB928@2}|0+5vdQn
UI&CY[I 01 644#%oi 087[[]//// 9ug 5479b_h G P(%%% yxznqiKg%$# OuguO< )+0=
whw
The differential equation (4x’y² – 6x²y – 2x – 3)dx + (2x^y – 2x'ky = 0 is exact because
ON
В.2
9&#C* inf+m'/knygbygU(OJ*3678uy_)'nj B 6q s79[Or9]3=4]IR R;R wie=PR,RORW[I
of og)_=130jiec=)ooqOJ- O{" [FMJowm295 +-201 mwwn:S;['d pojjz2rdddddddq3
www
The differential equation 3y(x² -1)dx +(x³ +8y– 3x}dy = 0; is exact because
ÔM
ON
С.З
ây
ôx
Pn e8yed9 _+ jddh"{/ IUODO o kd3901==r-=2 2 394 ';d[-wr [z[948t[“IHkf jr
*en
www
www tw
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