Sometimes it is possible to solve a nonlinear equation by making a change of the dependent variable that converts it into a linear equation. The most important such equation has the form y + p(1)y=q(t)y" and is called Bernoulli's equation after Jakob Bernoulli. If n 0, 1, then the substitution vy reduces Bernoulli's equation to a linear equation. Solve the given Bernoulli equation by using this substitution. 12y + 4ty-y²=0,t> 0 + cª y = ± + + a² O O O ON Na

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Sometimes it is possible to solve a nonlinear equation by making a change of the dependent variable that converts it into a linear
equation. The most important such equation has the form
y + p(t)y=q(t)y"
and is called Bernoulli's equation after Jakob Bernoulli.
If n + 0, 1, then the substitution v-y-* reduces Bernoulli's equation to a linear equation.
Solve
the given Bernoulli equation by using this substitution.
1²y + 4ty-y²=0,t> 0
+cª
+a
O
O
O
O
O
1+
y = ±
1+
y = ±
5t
+c8
22
9
+ c
+48
Transcribed Image Text:Sometimes it is possible to solve a nonlinear equation by making a change of the dependent variable that converts it into a linear equation. The most important such equation has the form y + p(t)y=q(t)y" and is called Bernoulli's equation after Jakob Bernoulli. If n + 0, 1, then the substitution v-y-* reduces Bernoulli's equation to a linear equation. Solve the given Bernoulli equation by using this substitution. 1²y + 4ty-y²=0,t> 0 +cª +a O O O O O 1+ y = ± 1+ y = ± 5t +c8 22 9 + c +48
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