just need a, d, e

Suppose that a metal rod is supposed to be cut 51.8mm. in length. The upper spec limit is set at 52.9mm., and the lower spec limit set at 50.7mm. A metal rod that is out of spec must be scrapped at a cost of $30.00. The company uses the Taguchi Quality Loss Function to estimate quality costs. Suppose that a sample of three units was taken, and the rod measurements were: 50.9,51.9, and 53mm., respectively. What is the total Taguchi Quality Cost of that sample of three units? a) The Taguchi parameter T is $/mm2 (round your response to two decimal places). b) The Taguchi Quality Cost of the first metal rod is $ (round your response to two decimal places). c) The Taguchi Quality Cost of the second metal rod is $ (round your response to two decimal places). d) The Taguchi Quality Cost of the third metal rod is \$ (round your response to two decimal places). e) What is the total Taguchi Quality Cost of that sample of three units? \$ (round your response to two decimal places). Suppose that a metal rod is supposed to be cut 51.8mm. in length. The upper spec limit is set at 52.9mm., and the lower spec limit set at 50.7mm. A metal rod that is out of spec must be scrapped at a cost of $30.00. The company uses the Taguchi Quality Loss Function to estimate quality costs. Suppose that a sample of three units was taken, and the rod measurements were: 50.9,51.9, and 53mm., respectively. What is the total Taguchi Quality Cost of that sample of three units? a) The Taguchi parameter T is $/mm2 (round your response to two decimal places). b) The Taguchi Quality Cost of the first metal rod is $ (round your response to two decimal places). c) The Taguchi Quality Cost of the second metal rod is $ (round your response to two decimal places). d) The Taguchi Quality Cost of the third metal rod is \$ (round your response to two decimal places). e) What is the total Taguchi Quality Cost of that sample of three units? \$ (round your response to two decimal places)