How can I find the centroid of y2= 4x, y = 2x, using only solving for the equations Mx, My, and A. Mx = 1/2(integral a,b) y2dx My = (integral a,b) xy dx A = (integral a,b) y dx
How can I find the centroid of y2= 4x, y = 2x, using only solving for the equations Mx, My, and A. Mx = 1/2(integral a,b) y2dx My = (integral a,b) xy dx A = (integral a,b) y dx
How can I find the centroid of y2= 4x, y = 2x, using only solving for the equations Mx, My, and A. Mx = 1/2(integral a,b) y2dx My = (integral a,b) xy dx A = (integral a,b) y dx
How can I find the centroid of y2= 4x, y = 2x, using only solving for the equations Mx, My, and A.
Mx = 1/2(integral a,b) y2dx
My = (integral a,b) xy dx
A = (integral a,b) y dx
With differentiation, one of the major concepts of calculus. Integration involves the calculation of an integral, which is useful to find many quantities such as areas, volumes, and displacement.
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