Classify each differential equation as separable, exact, linear, homogeneous, or Bernoulli. Some equations may be more t

Post by **answerhappygod** » Thu May 12, 2022 2:29 pm

: Classify Each Differential Equation As Separable Exact Linear Homogeneous Or Bernoulli Some Equations May Be More T 1 (43.58 KiB) Viewed 38 times

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: Classify Each Differential Equation As Separable Exact Linear Homogeneous Or Bernoulli Some Equations May Be More T 3 (18.19 KiB) Viewed 38 times

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.) (a) dyx+y = dx X separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above = dy 8 (b) dx y- Y-X separable O exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above () (x + 1) = -y + 20 dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (d) оооооооо dy 1 dx x(x - y) separable exact linear in x linear in y y homogeneous Bernoulli in x x Bernoulli in y none of the above
(e) dy - y2 + y dx separable x3 + x U exact O linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (f) dy = 4y + y2 dx separable O exact linear in x linear in y ооооооо homogeneous Bernoulli in x Bernoulli in y O none of the above (9) y dx = (y + xy2) dy separable exact O linear in x linear in y ооооооо homogeneous Bernoulli in x Bernoulli in y O none of the above = dy (h) x = yey - x dx separable U exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y O none of the above
(1) XYy' + y2 = 2x separable exact O linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above G) 2xyy' + y2 = 2x2 separable exact linear in x linear in y homogeneous O Bernoulli in x Bernoulli in y none of the above (k) y dx + x dy = 0 separable U exact O linear in x linear in y O homogeneous Bernoulli in x Bernoulli in y O none of the above (1) (x2 + 2) dx = (3 - In x2) dy separable O exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y U none of the above
dy (m) + X X+ + 1 dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above (n) y dy e2x3 + x² = 0 x² dx separable exact linear in x linear in y homogeneous Bernoulli in x Bernoulli in y none of the above