Gamma Company is planning to invest in several of eight (8) projects. Unfortunately, it faces a range of constraints such as budgetary, number of projects that it can supervise, and the relationship among projects (contingent and/or duplicative).
The Company is seeking your assistance in selecting the projects that will maximize its Net Present Worth given the set of constraints.
Projects |
Initial Cost |
NPW |
A |
250,000 |
40,000 |
B |
300,000 |
35,000 |
C |
225,000 |
50,000 |
D |
400,000 |
70,000 |
E |
350,000 |
65,000 |
F |
275,000 |
80,000 |
G |
180,000 |
45,000 |
H |
325,000 |
75,000 |
(xxx) = Negative NPW; MARR = 10% a) Budget = $1,500,000 b) Use the NPW decision criterion to determine the “best” feasible bundle of projects. c) Investing in project C is contingent on investing in projects E and H. d) Project A must be selected. The best investment bundle consists of projects a) ABCEH; b) ABDEH; c) ACDEHG; d) ACDFH The NPW ($) of the best investment bundle is a) 265,000; b) 285,000; c) 325,000; d) 305,000 The total cost ($) of the best investment bundle is |
The Best Investment Bundle consist of:
D) ACDFH
NOTE: Assuming that Investment in C can be done by either selecting E or H in the portfolio and not necessarily both. Otherwise if both are necessary then ACEFH would be the best.
The NPW of best investment bundle is $315000 - ACDFH.
Note: None of the solution is correct. The correct answer is given above. Also, for ACEFH - NPW $310000.
The total cost of Best Investment Bundle is d.) $1475000.
Note: For ACEFH, Cost is $1425000.
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