To simplify data handling to include the receipt of orders that have actually been placed in previous periods, the following six-level scheme can be used. (A number of different techniques are used in practice, but the important issue is to keep track of what is on hand, what is expected to arrive, what is needed, and what size orders should be placed.) One unit of A is made of three units of B, one unit of C, and two units of D. B is composed of two units of E and one unit of D. C is made of one unit of B and two units of E. E is made of one unit of F. Items B, C, E, and F have one-week lead times; A and D have lead times of two weeks. Assume that lot-for-lot (L4L) lot sizing is used for Items A, B, and F; lots of size 56, 56, and 206 are used for Items C, D, and E, respectively. Items C, E, and F have on-hand (beginning) inventories of 16, 56, and 156, respectively; all other items have zero beginning inventory. We are scheduled to receive 16 units of A in Week 2, 56 units of E in Week 1, and also 56 units of F in Week 1. There are no other scheduled receipts. If 36 units of A are required in Week 8, use the low-level-coded bill of materials to find the necessary planned order releases for all components. Required: Develop an MRP planning schedule showing gross and net requirements and order release and order receipt dates. (Leave no cells blank - be certain to enter "0" wherever required.) Period 1 2 3 4 5 6 7 8 9 10 Item A LT

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Answer:

(1) Given, density of mercury, p= 13.546 g/cm height of the column, h = 76 cm acceleration due to gravity, g = 9.8 m/s2 Write the expression for pressure follows: P= pgh 1m2 1000 g P= 13.546 3x9.8"x76 cm x 100 cm) x 1 ks P = 100890 kg x-1 Pa mis kg/(m-s2) P= 100890 Pa Convert the pressure from Pa to lbe/in? we know, 1 lb /ina = 6894.76 Pa P = 100890 Pax_11bęlin? F4 6894.76 Pa P = 14.63 16; /in? Therefore, the required solution is 100890 Pa and 14.63 16, /in

Explanation:

See attached images for the table and solution

Ver imagen igeclement43
Ver imagen igeclement43