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(•) dx = x+y separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above =6y + y2 000 00 separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (9) y dx = (y + xy²) dy separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above 00

(•) dx = x+y separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above =6y + y2 000 00 separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (9) y dx = (y + xy²) dy separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above 00

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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3.2 Classify each differential equation as separable, exact, linear, homogeneous, or Bernoulli. Some equations may be more than one kind. Do not solve. (Select all that apply.)

00 000 O separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (g) y dx = (y + xy2) dy Oseparable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above X = yexy - x dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (h) dy = y² + y dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above dy = 6y + y² 0000
Transcribed Image Text:00 000 O separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (g) y dx = (y + xy2) dy Oseparable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above X = yexy - x dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (h) dy = y² + y dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above dy = 6y + y² 0000
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