Question: PLEASE NOTE - IF YOU DO NOT UTILIZE BOTH FORMULAS IT IS ASKING YOU TO USE I WILL DOWNVOTE AND REPORT YOU. IF YOU PULL

PLEASE NOTE - IF YOU DO NOT UTILIZE BOTH FORMULAS IT IS ASKING YOU TO USE I WILL DOWNVOTE AND REPORT YOU. IF YOU PULL YOUR ANSWER FROM THE SAME QUESTION THAT HAS BEEN ASKED ALREADY I WILL REPORT YOU AND DOWNVOTE. PLEASE FOLLOW DIRECTIONS AND ANSWERS BOTH PARTS AND UTILIZE THE APPROPRIATE FORMULA WHERE IT IS NEEDED. THANK YOU

PLEASE NOTE - IF YOU DO NOT UTILIZE BOTH FORMULAS

PLEASE NOTE - IF YOU DO NOT UTILIZE BOTH FORMULAS IT IS ASKING YOU TO USE I WILL DOWNVOTE AND REPORT YOU. IF YOU PULL YOUR ANSWER FROM THE SAME QUESTION THAT HAS BEEN ASKED ALREADY I WILL REPORT YOU AND DOWNVOTE. PLEASE FOLLOW DIRECTIONS, ANSWER BOTH PARTS, AND UTILIZE THE APPROPRIATE FORMULA WHERE IT IS NEEDED. THANK YOU

A machine shop has five machines, located at (3, 3), (3, 7), (8,4), (12, 3), and (14, 6), respectively. A new machine is to be located in the shop with the following expected numbers of loads per hour transported to the existing machines: 1/8, 1/8, 1/4, 1, and 1/6. Material is transported along parallel aisles, so a rectilinear distance measure is appropriate. a. Find the coordinates of the optimal location of the new machine to minimize the weighted sum of the squared straight-line distances from the new machine to the existing machines. b. Find the coordinates of the optimal location of the new machine to minimize the weighted sum of the rectilinear distances from the new machine to the existing machines. A machine shop has five machines, located at (3, 3), (3, 7), (8,4), (12, 3), and (14, 6), respectively. A new machine is to be located in the shop with the following expected numbers of loads per hour transported to the existing machines: 1/8, 1/8, 1/4, 1, and 1/6. Material is transported along parallel aisles, so a rectilinear distance measure is appropriate. a. Find the coordinates of the optimal location of the new machine to minimize the weighted sum of the squared straight-line distances from the new machine to the existing machines. b. Find the coordinates of the optimal location of the new machine to minimize the weighted sum of the rectilinear distances from the new machine to the existing machines

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