Reference no: EM13312138
Utilizing the Step-by-Step MRP Calculation Process, students will solve the following MRP problem given: Product A is an end item and is made from two units of B and four of C. B is made of three units of D and two of E. Product C is made of two units of F and two of E. Product A has a lead-time of one week. Products B, C and E have lead-times of two weeks. Products D and F have a lead-time of three weeks. a. Show the bill of material (product structure tree).
b. If 100 units of A are required in week 10, develop the MRP planning schedule, specifying when items are to be ordered and received. There are currently no units of inventory on hand. Grading Criteria:
Student will demonstrate their relevant knowledge of MRP
Apply critical thinking in applying MRP concepts
Create an Master Production Schedule and a Material Requirement Planning Chart
If there is a positive net requirement in a week, backward schedule by the lead-time and enter the quantity for the planned order release that will satisfy the net requirement.
The student applied correct APA, style, usage, grammar, and punctuation.
Need 900 words and chart w/references
|
Explain pump curve that illustrates the effect of throttling
: Draw and explain a pump curve that illustrates the effect of throttling in the CLOSED direction (i.e., reducing flow) the discharge valve for a constant speed centrifugal pump installed in a cooling water system.
|
|
Describe a modification to the random port scan
: Describe a modification to the random port scan, as describe in previous exercise, so that it still use a randomly generated sequence of port numbers but will now have exactly the same number of attempted TCP connections as a sequential port scan.
|
|
Calculate the fluid velocities at the two ends
: Assume frictionless flow in a long, horizontal, conical pipe. The diameter is 12 inches at one end and 6 inches at the other. The pressure head at the smaller end is 16 feet of water.
|
|
Explain the percent by mass of nitrogen in nh4no3
: Which expression represents the percent by mass of nitrogen in NH4NO3. A) 14 g N/80 g NH NO 100% B) 28 g N/80 g NH NO 100% C) 80 g NH NO /14 g N 100% D) 80 g NH NO /28 g N 100%
|
|
Create an master production schedule
: Create an Master Production Schedule and a Material Requirement Planning Chart
|
|
How many feet of head must the pump add to achieve
: At a pumped storage facility, water is pumped from a large reservoir to a point 150 feet above the resevoir. How many feet of head must the pump add to achieve 10,000 lbm/hr flow through a 24 inch pipe with a friction head loss of 1.5 feet
|
|
Find the velocity of the wood
: A block of wood of mass 4.85 kg rests on a horizontal frictionless surface. find the velocity of the wood after the bullet has passed through
|
|
What is the fluid velocity in the pipe in feet per second
: Water enters a pipe at 100 psig and 70 degrees F. The density of water under these conditions is 62.3 lbm/ft^3. The pipe has an inside diameter of 4.5 inches. The mass flow rate of the water is measured to be 7500 lbm/hr.
|
|
What is level of service before and after the development
: A divided multilane highway in a recreational area (fp = 0.90) has four lanes (two lanes in each direction) and is on rolling terrain. The highway has 10-ft lanes with a 6-ft right-side shoulder and a 3-fl left-side shoulder.
|