Q.4) The Wronskian W(e-x, e*, e2x), is: a) 6e% Q.5) The general solution of the equation yto + 9y" = 0, is: a) y(x) = c + c2x + Acos3x + Bsin3x c) y(x) = c + c2 + Acos3x + Bsin3x Q.6) The singular point (s) of (x2 + 1)y" + x y' +y = 0, is (are): a) ±1 b) -6e2 c) b)y(x) = c + C2x + Acos2x + Bsin2x d) y(x) = c + C2 + Acos2x + Bsin2x %3D %3D b) ti c) 0 d) {0,±i }
Q.4) The Wronskian W(e-x, e*, e2x), is: a) 6e% Q.5) The general solution of the equation yto + 9y" = 0, is: a) y(x) = c + c2x + Acos3x + Bsin3x c) y(x) = c + c2 + Acos3x + Bsin3x Q.6) The singular point (s) of (x2 + 1)y" + x y' +y = 0, is (are): a) ±1 b) -6e2 c) b)y(x) = c + C2x + Acos2x + Bsin2x d) y(x) = c + C2 + Acos2x + Bsin2x %3D %3D b) ti c) 0 d) {0,±i }
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 12CR
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![Q.4) The Wronskian W(e-x, e%, e2x), is: a) 6e*
Q.5) The general solution of the equation yiv + 9y" = 0, is:
a) y(x) = c + c2x + Acos3x + Bsin3x
c) y(x) = c1 + c2 + Acos3x + Bsin3x
Q.6) The singular point (s) of (x2 + 1)y" +x y' +y = 0, is (are):
a) ±1
b) -6e2
c)
b)y(x) = c + c2x + Acos2x +Bsin2x
d) y(x) = c + C2 + Acos2x + Bsin2x
%3D
b) ti
c) 0
d) {0,±i }](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf5399fb-228c-475f-841b-c0435215da3f%2F8d1b3104-2968-4118-b6c6-c6a00ae76c6a%2Fxjavi3b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q.4) The Wronskian W(e-x, e%, e2x), is: a) 6e*
Q.5) The general solution of the equation yiv + 9y" = 0, is:
a) y(x) = c + c2x + Acos3x + Bsin3x
c) y(x) = c1 + c2 + Acos3x + Bsin3x
Q.6) The singular point (s) of (x2 + 1)y" +x y' +y = 0, is (are):
a) ±1
b) -6e2
c)
b)y(x) = c + c2x + Acos2x +Bsin2x
d) y(x) = c + C2 + Acos2x + Bsin2x
%3D
b) ti
c) 0
d) {0,±i }
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