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13 Nov 2019
3. General Methodical formula Given two continuous functions f(x) and g (x), and constants α, β , 25) (af(x) dx= 26) ã(f(x) + g(x))dx 27) [(f(x)-g(x))lx = 28) j[f(x)rf(x) dx= f(x) 31) Ing(x))g'(x)dx = 32) Area of the region bounded by the function y = f(x),x = a,x-b and the x-axis: A = 33) Volume of solids of revolution the region bounded by the function f(x),x = a,x = b about the x-axis:V
3. General Methodical formula Given two continuous functions f(x) and g (x), and constants α, β , 25) (af(x) dx= 26) ã(f(x) + g(x))dx 27) [(f(x)-g(x))lx = 28) j[f(x)rf(x) dx= f(x) 31) Ing(x))g'(x)dx = 32) Area of the region bounded by the function y = f(x),x = a,x-b and the x-axis: A = 33) Volume of solids of revolution the region bounded by the function f(x),x = a,x = b about the x-axis:V
Trinidad TremblayLv2
31 Oct 2019