[f(x)={[sqrt({x})" for "x!in z],[1," for "x in z];g(x)],[{.}" Fractional part,then the area bounded "],[" by "f(x),g(x)" for "x in[0,6]" is "]

If f(x)={{:(sqrt({x}),"for",xcancelinZ),(1,"for",x in Z):} and g(x)={x}^(2) where {.} denotes fractional part of x then area bounded by f(x) and g(x) for x in 0,6 is

If f(x)={{:(sqrt({x}),"for",xcancelinZ),(1,"for",x in Z):} and g(x)={x}^(2) where {.} denotes fractional part of x then area bounded by f(x) and g(x) for x in 0,6 is

If f(x)={{:(sqrt({x}),"for",xcancelinZ),(1,"for",x in Z):} and g(x)={x}^(2) where {.} denotes fractional part of x then area bounded by f(x) and g(x) for x in 0,6 is

If f(x)={(sqrt({x}), x !in Z),(1, x in Z):} and g(x)={x}^2 then area bounded by f(x) and g(x) for x in [0,10] is

If f(x)={(sqrt({x}), x !in Z),(1, x in Z):} and g(x)={x}^2 then area bounded by f(x) and g(x) for x in [0,10] is

If f(x) = [x] and g(x) = {x}= fraction part of x, then for any two real numbers x and y.

If f(x) = [x] and g(x) = {x}= fraction part of x, then for any two real numbers x and y.

If f(x)=x-1 and g(x)=|f|(x)|-2| , then the area bounded by y=g(x) and the curve x^2=4y+8=0 is equal to

If f(x)=x-1 and g(x)=|f|(x)|-2| , then the area bounded by y=g(x) and the curve x^2-4y+8=0 is equal to

If f(x)=x-1 and g(x)=|f|(x)|-2| , then the area bounded by y=g(x) and the curve x^2-4y+8=0 is equal to