Consider the following statements: `S_(1)`: The antiderivative of every function is an odd function. `S_(2)`: Primitive of `(3x^(4)-1)/(x^(4)-x+1)^(2)` w.r.t is `x/(x^(4)+x+1)` +C `S_(3)`: `int1/(sqrt(sinxcosx))dx = -2/sqrt(tanx)+C` `S_(4):` The value of `int(sqrt(a+x)/(a-x)-sqrt(a-x)/(a+x))` dx is equal to `-2sqrt(a^(2)-x^(2))+C` State, in order whether `S_(1),S_(2),S_(3),S_(4)` are true or falseA. FFTTB. TTTTC. FFFFD. TFTF

Consider the following statements: `S_(1)`: The antiderivative of ever

1.	Consider the following statements: `S_(1)`: The antiderivative of every function is an odd function. `S_(2)`: Primitive of `(3x^(4)-1)/(x^(4)-x+1)^(2)` w.r.t is `x/(x^(4)+x+1)` +C `S_(3)`: `int1/(sqrt(sinxcosx))dx = -2/sqrt(tanx)+C` `S_(4):` The value of `int(sqrt(a+x)/(a-x)-sqrt(a-x)/(a+x))` dx is equal to `-2sqrt(a^(2)-x^(2))+C` State, in order whether `S_(1),S_(2),S_(3),S_(4)` are true or falseA. FFTTB. TTTTC. FFFFD. TFTF
Answer» Correct Answer - a

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