captainrider786

A manufacturing company is engaged in producing three types of products;A, B & C. the production department produces each day components sufficient of make 50 units of A. 25 units of B and 30 units of C. the management confronted with the problem of optimizing the daily production of products in assembly department where only 100 man-hour are available daily to assemble the products the following additional information are

Type of product         Profit contribution per unit              Assemble time per product

A                                              12                                              0.8

B                                              20                                                1.7

C                                               45                                                2.5

1. Formulate Linear Programming problems (LPP)
2. Find the optimal solution by Graphic method & Simplex method

1. Please help me thank you

Which molecule do you expect to have the highest solubility in water? 

On May 1st, the PM sent a memo to their boss stating that Project X would require 13 weeks to complete (see network logic below – activity on node diagraming) at a total project cost of $62K.

HW3 P5 Network

Unknown to the PM, there was a contract executed whereby it was was agreed that there would be a $5K penalty payment per week for every week the project exceeds six (6) weeks.

As such, the PM developed the following costing (all costs are in K’s) and timing matrix (all timings are in weeks).

Normal

Crash

Activity

Time

Cost

Time

Cost

Additional Cost per Week

A

3

$6

2

$8

$2

B

5

$12

4

$13.5

$1.5

C

5

$16

3

$22

$3

D

4

$8

2

$10

$1

E

2

$6

1

$7.5

$1.5

F

3

$14

1

$20

$3

Total

$62

What is the minimum amount of additional funding (beyond the project budget of $62K) the PM should request (given the contractual penalty provision)?