Sample content BUS 632 Week 5 Assignment Ashford University Advanced Logistics BUS 632 BUS 632 Week 5 Assignment Let us assume that Light Lampshade Company is willing to do a bid on a foreign contract involving the acquisition of 5400 lampshades, however, the company is uncertain whether the amount price of the logistics of distributing one of three styles (A,B,C) of lamp shades is feasible. The company would like to see the entire cost of every style of lamp shade in order for them to arrive to their own decision regarding the buying of the items. This exercise will aim to compute the sum of shipping of the three types of lampshades: 1. Using an intermodal container, how many style A can be put? Volume of container (8 * 8.5 * 40) = 2720 cubic feet One foot equals 12 inches so volume in inches is = 4,700,160 cubic inches Volume of one packed shade cylinder 12 * 12 * 12 = 1728 cubic inches Volume of shade cylinders that can o

1. BUS 632 Week 5 Case 11 1 Let There Be Light Lampshade Company Paper
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Sample content
BUS 632 Week 5 Assignment
Ashford University

2. Advanced Logistics
BUS 632
BUS 632 Week 5 Assignment
Let us assume that Light Lampshade Company is willing to do a bid on a foreign
contract involving the acquisition of 5400 lampshades, however, the company is
uncertain whether the amount price of the logistics of distributing one of three
styles (A,B,C) of lamp shades is feasible. The company would like to see the entire
cost of every style of lamp shade in order for them to arrive to their own decision
regarding the buying of the items. This exercise will aim to compute the sum of
shipping of the three types of lampshades:
1. Using an intermodal container, how many style A can be put?
Volume of container (8 * 8.5 * 40) = 2720 cubic feet
One foot equals 12 inches so volume in inches is = 4,700,160 cubic
inches
Volume of one packed shade cylinder 12 * 12 * 12 = 1728 cubic inches
Volume of shade cylinders that can occupy container
4,700,160/1728 = 2720 shades
Weight of one packed shade = 10 pounds
Weight of 2720 packed shades = 27,200 pounds
Using the computation above, there are 2720 shades able to put in the container,
considering that the maximum weight the container can accommodate is 44,000
lbs.
2. Using an intermodal container, how many style B can be put?
Volume of container = 8 * 8.5 * 40 = 2720 cubic feet
One foot equals 12 inches so volume in inches is = 4,700,160 cubic inches

3. Volume of one package of 6 shade cones = 12 * 12 * 48 = 6912 cubic inches
Volume of shade cones that can occupy container = 4,700,160/6912
= 680 packages or 4080 shades
Weight of one package or 6 shades = 62 pounds
Weight of 4080 packed shades = 42,160 pounds
Using the computation above, there are 4080 shades able to put in the container,
considering that the maximum weight the container can accommodate is 44,000
lbs.
3. Using an intermodal container, how many style C can be put?
Volume of one package of 10 shade cones = 12 * 12 * 50
= 7200 cubic inches
Volume of shade cones
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