A dimensional functional requirement R is given by R-2X - X2 + 2X; - 3X4. The design tolerance budget has been fixed at T(R)=0.046 in. Suppose that manufacturing process engineers have examined the requirements associated with holding tolerances on the Xi's and determined that during tolerance assignment, the following minimum values should be complied with: T(X1) min 0.004in. T(X2) min 0.002in. T(X3) men > 0.005 in. T(X) min 0.001in Use the proportional inflation method developed in class to assign tolerances to each variable. Round your values up or down to the nearest third digit (.00%) after the decimal. Enter your results on your answer space in the format and order given below (Do not underline): T(XI) T(X2) T(X3) T(X) A dimensional functional requirement R is given by R-2X - X2 + 2X; - 3X4. The design tolerance budget has been fixed at T(R)=0.046 in. Suppose that manufacturing process engineers have examined the requirements associated with holding tolerances on the Xi's and determined that during tolerance assignment, the following minimum values should be complied with: T(X1) min 0.004in. T(X2) min 0.002in. T(X3) men > 0.005 in. T(X) min 0.001in Use the proportional inflation method developed in class to assign tolerances to each variable. Round your values up or down to the nearest third digit (.00%) after the decimal. Enter your results on your answer space in the format and order given below (Do not underline): T(XI) T(X2) T(X3) T(X)