invest a total of $50,000. Because of the risk, he will limit his investment in oil leases and stocks to 30% and his investment in oil leases and bonds to 50%. Assuming that inve Let o the amount invested in oil leases, Lets the amount invested in stocks, and Let b the amount invested in bonds Which option (a, b, c, or d) shows the correct objective function and constraints for this application? Objective Function: Maximize Return, R-15%6*o +996*s +596*b Constraints: o+s+b=50,000, o+s<= 30%6*50,000, o+b<= 50%6*50,000, o >= 0, Objective Function: Maximize Return, R=996*o +596*s +1596-b Constraints: o+s+b=50,000,o+s< 30 % 50,000, o+b< 50 % 50,000, o >= 0, O Objective Function: Maximize Return, R=1596*o +996*s +596*b Constraints: o+s+b<50,000,o+s<30% +50,000, o+b< 50 % +50,000, o>- 0, O Objective Function: Maximize Return, R=15%6*o +996 *s +596*b Constraints: o+s+b<50,000, o+s>= 30% +50,000, o+b>50% -50,000, >= 0, s>= 0, b <=0 s>= 0,6 <=0 s>= 0, b <= 0 s>= 0, b <= 0
invest a total of $50,000. Because of the risk, he will limit his investment in oil leases and stocks to 30% and his investment in oil leases and bonds to 50%. Assuming that inve Let o the amount invested in oil leases, Lets the amount invested in stocks, and Let b the amount invested in bonds Which option (a, b, c, or d) shows the correct objective function and constraints for this application? Objective Function: Maximize Return, R-15%6*o +996*s +596*b Constraints: o+s+b=50,000, o+s<= 30%6*50,000, o+b<= 50%6*50,000, o >= 0, Objective Function: Maximize Return, R=996*o +596*s +1596-b Constraints: o+s+b=50,000,o+s< 30 % 50,000, o+b< 50 % 50,000, o >= 0, O Objective Function: Maximize Return, R=1596*o +996*s +596*b Constraints: o+s+b<50,000,o+s<30% +50,000, o+b< 50 % +50,000, o>- 0, O Objective Function: Maximize Return, R=15%6*o +996 *s +596*b Constraints: o+s+b<50,000, o+s>= 30% +50,000, o+b>50% -50,000, >= 0, s>= 0, b <=0 s>= 0,6 <=0 s>= 0, b <= 0 s>= 0, b <= 0
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter11: Simulation Models
Section11.3: Financial Models
Problem 28P
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