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(Solved): In each case (a) to (h), determine whether the given set of functions {f1, f2} and also {f1, f2, f3} ...



In each case (a) to (h), determine whether the given set of functions {f1, f2} and also {f1, f2, f3} is linearly Independent. ‘Y’ for

independent and ‘N’ for not independent. 

(g) \( f_{1}(x)=x^{2}, f_{2}(x)=1-x^{2}, f_{3}(x)=2+x^{2},(-\infty, \infty \)
(h) \( f_{1}(x)=x e^{x+1}, f_{2}(x)=(4 x-5) e^{

(g) \( f_{1}(x)=x^{2}, f_{2}(x)=1-x^{2}, f_{3}(x)=2+x^{2},(-\infty, \infty \) (h) \( f_{1}(x)=x e^{x+1}, f_{2}(x)=(4 x-5) e^{x} \), \( f_{3}(x)=x e^{x},(-\infty, \infty) \)


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(g). Given functions are f1(x)=x2,f2(x)=1?x2andf3(x)=2+x2 Now if f1(x)andf2(x) are linearly independent then af1(x)+bf2(x)=0, implies that a=b=0, othe
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