Given the following differential equation dy + 8y? = 5 x y l1 dx Bernoulli's Equation will not work with this differential equation. Which statement below gives the correct reason as to why Bernoulli's Equation will not work in this situation? There is only 1 correct answer listed below. A The middle term must contain an "x". B The "y " in the last term cannot have an exponent greater than the 10th power. The "y " in the last term must have an exponent that is exactly 1 more than the exponent for the "y " in the middle term. The "y " in the middle term must be to the first power.

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter11: Differential Equations
Section11.CR: Chapter 11 Review
Problem 1CR
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Given the following differential equation
dy
+ 8y? = 5 x yl1
dr
Bernoulli's Equation will not work with this differential equation. Which statement below gives the correct reason as to why
Bernoulli's Equation will not work in this situation? There is only 1 correct answer listed below.
A The middle term must contain an "x".
B The "y " in the last term cannot have an exponent greater than the 10th power.
The "y" in the last term must have an exponent that is exactly 1 more than the exponent for the "y" in the middle
term.
D The "y" in the middle term must be to the first power.
Transcribed Image Text:Given the following differential equation dy + 8y? = 5 x yl1 dr Bernoulli's Equation will not work with this differential equation. Which statement below gives the correct reason as to why Bernoulli's Equation will not work in this situation? There is only 1 correct answer listed below. A The middle term must contain an "x". B The "y " in the last term cannot have an exponent greater than the 10th power. The "y" in the last term must have an exponent that is exactly 1 more than the exponent for the "y" in the middle term. D The "y" in the middle term must be to the first power.
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