fomulate the LP Model; identify the decision variables used in the model; and determine the optimal solution using graphical method. A trust fund is planning to invest up to Php60000 in two types of bonds.: A and B. Bond A is safer than bond B and carries a dividend of 8% while bond B carries a dividend of 10%. Suppose that the bond’s rule state that no more than $40000 may be invested in bond B, while at least $15000 must be invested in bond A. The amount invested in bond B cannot exceed one half the amount invested in bond A. How much should be invested in each type of bond to maximize the fund’s return?
fomulate the LP Model; identify the decision variables used in the model; and determine the optimal solution using graphical method. A trust fund is planning to invest up to Php60000 in two types of bonds.: A and B. Bond A is safer than bond B and carries a dividend of 8% while bond B carries a dividend of 10%. Suppose that the bond’s rule state that no more than $40000 may be invested in bond B, while at least $15000 must be invested in bond A. The amount invested in bond B cannot exceed one half the amount invested in bond A. How much should be invested in each type of bond to maximize the fund’s return?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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- fomulate the LP Model;
- identify the decision variables used in the model; and
- determine the optimal solution using graphical method.
A trust fund is planning to invest up to Php60000 in two types of bonds.: A and B. Bond A is safer than bond B and carries a dividend of 8% while bond B carries a dividend of 10%. Suppose that the bond’s rule state that no more than $40000 may be invested in bond B, while at least $15000 must be invested in bond A. The amount invested in bond B cannot exceed one half the amount invested in bond A. How much should be invested in each type of bond to maximize the fund’s return?
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