Want to make sure im correct. My answer is 5.08 but could be wrong

0.2m P=100 N B Part A Gear A has a weight of 20 kg, a radius of 0.2 m, and a radius of gyration of k = 0.15 m. If the gear rack has a weight of 10 kg and a force of 100 N is applied to it, find the time required for the gear to reach an angular velocity of 10 rad/s, starting from rest. Neglect the friction between the gear rack and the horizontal plane. O t = 0.325 s t = 0.525 s t = 0.425 s t = 0.850 s Submit Request Answer Provide Feedback Next >

2. A lot of 500 units of steel rods 30 cm long and 6 cm in diameter is turned on an NC lathe at a feed rate of 0.2 mm per revolution and depth of cut of 1 mm. the tool life is given by VT0.20 200. (10 marks) The other data are: Machine labor rate Machine Overhead rate Grinding labor rate Grinding overhead rate Loading and unloading time = $10/h = 50% of labor = $10/h = 50% of grinding labor = 0.50 min/piece The data related to the tools are: Brazed inserts Original cost of the tool Grinding time Tool Changing time = $27.96 = 2 min = 0.50 min The tool can be ground only five times before it is discarded. Determine the following (assuming a single pass): a) Optimum tool life and optimum cutting speed to minimize the cost per piece. b) Optimum tool life and optimum cutting speed to maximize the production rate c) Minimum cost per component, time per component, and corresponding lead time. d) Maximum production rate, Corresponding cost per component, and lead time

3. Philips Ltd is planning to intergrate the AGVS and AS/RS with their flexible manufacturing system. The company is interested in estimating the number of AVGSS required to satisfied the needs of the manufacturing systems; that means the system must be capable of making 51 deliveries per hour. Philips Ltd has already decided to install a laser guide path system and the unit load AGVS adequately serves the company needs. The following data has been collected; Vehicle speed Average loaded travel distance per delivery Average empty travel distance per delivery Pickup time Drop off time = 180ft/min = 540 ft = 360 ft = 0.50 min = 0.50 min = 0.85 (10 marks) Traffic factor MEB801 Advanced Industrial Computing Semester 1 2019 5

A force P of magnitude 4.000 N is applied to a tape wrapped around the body indicated. The body rests on a frictionless horizontal surface. Assume the mass of the thin hoop to be 2.4 kg. y Z A Determine the acceleration of point B. The acceleration of point B is m/s². 2 C B P x

1. ABC Company requires 1000 units of a turned cylindrical part (shaft). The design department of ABC company defines a need for a cylindrical part to be finished to 1± 0.003 inch. The process average and the standard deviation are estimated to be 1.00 and 0.003 inch, respectively. CONCURRENT Other relevant data are: Unit cost of raw material = $15.00 Unit salvage value = $6.00 Unit processing cost =$8.00 (10 marks) S.No Manufacturing Options Basic Data Used in the Shaft Unit Processing Processing Standard Cost ($) Deviation 1 Turret Lathe 7 0.003 123 Engine Lathe 9 0.002 ASM 12 0.001

Please provide all work possible, steps, units and highlight the answer. Thanks!

Please provide all work possible, steps, units and highlight the answer. Thanks!

A bioengineer wants to determine the transfer function of the musclespindle receptors in an experimental animal. The action potentials from the dorsal root arerecorded, and mechanical length change is applied to the muscle using a linear motor. Using aninput signal of your choice (justify your choice of the input signal), describe how the transferfunction can be obtained from the data.