Let f(x) is continuous and positive for...

Let `f(x)` is continuous and positive for `x in [a , b],g(x)` is continuous for `x in [a , b]a n dint_a^b|g(x)|dx >|int_a^bg(x)dx|` STATEMENT 1 : The value of `int_a^bf(x)g(x)dx` can be zero. STATEMENT 2 : Equation `g(x)=0` has at least one root for `x in (a , b)dot`

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