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Consider the 2nd order Cauchy-Euler differential equation 
Then the values of λ  for which all the solutions of above DE tends to 0 as x →∞ , is
  • a)
    λ > 0
  • b)
    λ ≥ 1
  • c)
    λ ≥ 0
  • d)
    No such λ exist
Correct answer is option 'D'. Can you explain this answer?
Verified Answer
Consider the 2nd order Cauchy-Euler differential equationThen the valu...
Let z = log x => x = e2
Put these values in given DE. we have,
Case -1 when 25 - 24λ > Qthen soln is given by,
Where c1 and c2 are arbitrary finite  constants. Now we want when x → ∞  then y(x) -> 0 .
Now take
So in this case limit not exist.
So now no need to consider further case.
Now we can say no % exist for which all the soln tends to 0 as   x → ∞ 
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Most Upvoted Answer
Consider the 2nd order Cauchy-Euler differential equationThen the valu...
Let z = log x => x = e2
Put these values in given DE. we have,
Case -1 when 25 - 24λ > Qthen soln is given by,
Where c1 and c2 are arbitrary finite  constants. Now we want when x → ∞  then y(x) -> 0 .
Now take
So in this case limit not exist.
So now no need to consider further case.
Now we can say no % exist for which all the soln tends to 0 as   x → ∞ 
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Consider the 2nd order Cauchy-Euler differential equationThen the values of λfor which all the solutions of above DE tends to 0 asx →∞, isa)λ > 0b)λ≥ 1c)λ≥ 0d)No such λ existCorrect answer is option 'D'. Can you explain this answer?
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