Respuesta :
Answer:
(a) To maximize profit, 45 sleeping baby dolls and 15 walking baby dolls should be ordered.
(b) The maximum profit is $390
Explanation:
(a) The maximum number of dolls the shelf can hold is 60
Amount available to spend on the purchase of dolls is $405
Cost of 1 sleeping baby doll = $6
Cost of 45 sleeping baby dolls = 45 × $6 = $270
Cost of 1 walking baby doll = $9
Cost of 15 walking dolls = 15 × $9 = $135
Total cost of 45 sleeping and 15 walking baby dolls = $270 + $135 = $405
(b) Selling price of 1 sleeping baby doll = $12
Selling price of 45 sleeping baby dolls = 45 × $12= $540
Profit = $540 - $270 = $270
Selling price of 1 walking baby doll = $17
Selling price of 15 walking baby dolls = 15 × $17 = $255
Profit = $255 - $135 = $120
Maximum profit = $270 + $120 = $390
Answer:
Part a: The toy store should have 45 Sleeping baby dolls and 15 Walking baby dolls.
Part b: The maximum profit is $390
Explanation:
Let the number of Sleeping baby dolls be X that of Talking baby dolls be Y and that of the Walking baby dolls be Z
Profits are given as
Profit of X=Selling Price-Cost=12-6=$6
Profit of Y=Selling Price-Cost=13.5-7.5=$6
Profit of Z=Selling Price-Cost=17-9=$8
So the Profit Function is
P=6X+6Y+8Z
Now the constraints are as
X+Y+Z≤60
Also
6X+7.5Y+9Z≤405
Using the excel sheet as indicated with the solution, the values of the X, Y and Z are calculated using the solver tool.
The data is as to be entered in the files attached and the solver is used such that The value of X is 45, Y is 0 and Z is 15.
The maximum profit is $390.


