The Healthy Chocolate Company makes a variety of chocolate candies, including a 12-ounce chocolate bar (340...

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The Healthy Chocolate Company makes a variety of chocolate candies, including a 12-ounce chocolate bar (340 grams) and a box of six 1-ounce chocolate bars (170 grams). a.Specifications for the 12-ounce bar are 329 grams to 351 grams. What is the largest standard deviation (in grams) that the machine that fills the bar molds can have and still be considered capable if the average fill is 340 grams? (Round your intermediate calculations to 2 decimal places and final answer to 3 decimal places.) Standard deviation grams b. The machine that filles the bar molds for the 6-ounce bars has a standard deviation of 83 grams. The filling machine is set to deliver an average of 102 ounces per bar. Specifications for the six-bar box are 156 to 184 grams per box. Is the process capable? Hint The variance for the box is equal to six times the bar variance Convert all calculations into grams Yes No c.What is the lowest setting in ounces for the filling machine that will provide capability in terms of the six-bar box? Hint Use grams to solve, then convert to ounces. (Round your intermediate calculations to 2 decimal places and final answer to 3 decimal places.) Lost vetting ounces The Healthy Chocolate Company makes a variety of chocolate candies, including a 12-ounce chocolate bar (340 grams) and a box of six 1-ounce chocolate bars (170 grams). a.Specifications for the 12-ounce bar are 329 grams to 351 grams. What is the largest standard deviation (in grams) that the machine that fills the bar molds can have and still be considered capable if the average fill is 340 grams? (Round your intermediate calculations to 2 decimal places and final answer to 3 decimal places.) Standard deviation grams b. The machine that filles the bar molds for the 6-ounce bars has a standard deviation of 83 grams. The filling machine is set to deliver an average of 102 ounces per bar. Specifications for the six-bar box are 156 to 184 grams per box. Is the process capable? Hint The variance for the box is equal to six times the bar variance Convert all calculations into grams Yes No c.What is the lowest setting in ounces for the filling machine that will provide capability in terms of the six-bar box? Hint Use grams to solve, then convert to ounces. (Round your intermediate calculations to 2 decimal places and final answer to 3 decimal places.) Lost vetting ounces