Question: Consider the setup in the figure below. We have a thin, unilorm rod of mass m and length L, and a point mass of mass

Consider the setup in the figure below. We have a thin, unilorm rod of mass m and length L, and a point mass of mass M arranged as shown. The coordinute directions x and y are noted to be the usual choice. Find the numerical sum of the components of the quantity "vector gravitational force divided by the gravitational constant G**(that is vecFG) that the point mass M experiences because of the rod.For example, if you determine the vector quantity vecFG=2t4hat(y). then your answer should be 24=6.Note: This mbued addition of two difierent components does not have any physical or mathemusical meaning The problem is asked this way to accommodate the kinds of answers Top Hat will accept. The takeaway from this problem is being able to calculate the two components of the force.The following integrals will be of use:xdx(x2a2)32=-1(x2a2)12dx(x2a2)32=xa2(x2a2)12

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