Givens about the mechanism shown in the figure are:L₁ = 80 mm, L2 = 20 mm, L3 = 66 mm, L4 = 56 mm, e = 33 mm, Theta (e) = 30 degrees, Theta 2 (82) = 60 degrees. Calculate the coordinates of the point E for this position...4a. Ex = 36,48 mmEy = 38,64 mmOb. Ex = 37,46 mmEy-35,63 mmOc. Ex = 35,26 mmEy = 37,73 mmOd. Ex = 39,46 mmEy=38,63 mmD

:The question asks for the coordinates of point E in the position shown in the figure.The givens…

Answered: Givens about the mechanism shown in the…

Understanding Business

12th Edition

ISBN:9781259929434

Author:William Nickels

Publisher:William Nickels

Chapter1: Taking Risks And Making Profits Within The Dynamic Business Environment

Section: Chapter Questions

Problem 1CE

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The Healthy Chocolate Company makes a variety of chocolate candles, 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 322 grams to 358 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 b.The machine that filles the bar molds for the 6-ounce bars has a standard deviation of .84 grams. The filling machine is set to deliver an average of 1.04 ounces per bar. Specifications for the six-bar box are 150 to 190 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. O Yes O No grams c.What is the lowest setting in ounces for the filling machine that will provide capability in…
Two machines are currently in use in a process at the Dennis Kira Mfg. Co. The standards for this process are LSL = 450" and USL= 454". Machine One is currently producing with mean = 451" and standard deviation .0004"," Machine Two is currently producing with mean .4515" and standard deviation .0003". Which machine has the higher capability index? Machine One has an index of 0.83 (round your response to two decimal places). Machine Two has an index of (round your response to two decimal places).
9. Two machines are currently in use in a process at the Dennis Kira Mfg. Co. The standards for this process are LSL = .470" and USL = .476". Machine One is currently producing with mean = .474" and standard deviation .0003". Machine Two is currently producing with mean .4745" and standard deviation .0002". Which machine has the higher capability index? Machine One has an index of (round your response to two decimal places). (round your response to two decimal places). Machine Two has an index of Machine (1) (1) Two One has the higher capability index.
Auto pistons at Wemming Chung's plant in Shanghai are produced in a forging process, and the diameter is a critical factor that must be controlled. From sample sizes of 5 pistons produced each day, the mean and the range of this diameter have been as follows: Day Mean (mm) Range R (mm) 158 4.3 151.2 4.4 155.7 4.2 153.5 4.8 156.6 4.5 What is the UCL using 3-sigma?(round your response to two decimal places). 1. 2. 4.
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Which algorithm uses parametric line equations for clipping? - A) Cohen-Sutherland - B) Liang-Barsky - C) Sutherland-Hodgman - D) Midpoint subdivision.
2) The specification for a Lindemann’s stainless steel chimney liner requires a thickness of 7.1 mm ± 0.1 mm. The firm’s quality analyst determines that the liner process operates at a mean thickness of 7.13 mm with the standard deviation of the process being 0.02 mm. a) Calculate the upper and the lower limits for the stainless steel chimney liner. b) Calculate the Cpand Cpkfor this process. Hint: Cp = (Upper Specification Limit – Lower Specification Limit)/6sigma Cpk = minimum of [(Upper Specification Limit – Xbar)/3sigma], [(Xbar – Lower Specification Limit)/3sigma]
A process that produces computer chips has a mean of .04 defective chips and a standard deviation of .003 chips. The allowable variation is from .031 to .049 defective. a.Compute the capability index (C,) for the process. (Round your intermediate calculations to 3 decimal places and final answer to 2 decimal places.) Capability index
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