Answer:
50 packages of offer 1 and 50 packages of offer 2
Explanation:
Determine How many packages of each offer do they have to sell to maximize the profit
Number of package of offer 1 = x
Number of package of offer 2 = y
<u>Applying the LPP model</u>
max Z = 30 x + 50 y ---- ( 1 )
now subject to the constraints from Linear programming
x + 3y ≤ 200 ------ L1
x + y ≤ 100 ------ L2
x ≥ 20 ------------- L3
y ≥ 10 -------------- L4
therefore the number of packages of each offer that can be sold to maximize profit will be : X = 50 and Y = 50 referring to equation from the LPP model considering that the shop can sell at most 100 pairs
Answer:
Having a strong base of savings account deposits is critical for a bank to remain solvent and profitable. Banks use that money to lend to borrowers, who then pay interest on their loans. After paying for various costs, banks pay money on savings deposits to attract new savers and keep the ones they have.
Explanation:
Answer:
$166.8
Explanation:
Given that,
Units expected to produced = 400,000 units
Machine hours required = 1.2 each
Manufacturing overhead costs:
= Department 1 + Department 2
= $2,530,000 + $2,752,000
= $5,282,000
Total Machine hours:
= Department 1 + Department 2
= 30,000 MH + 8,000 MH
= 38,000 MH
Overhead cost per machine hour:
= Manufacturing overhead costs ÷ Total Machine hours
= $5,282,000 ÷ 38,000 MH
= $139 per MH
Overhead cost per unit:
= Overhead cost per machine hour × Machine hours required for each
= $139 per MH × 1.2
= $166.8
Answer:
Walking or using of bicycle
Explanation:
Use of legs are needed in both method of commuting. Leg muscles will be worked up and it also produces sweat that is equivalent to gym exercise
Answer:
$7.90 per unit
Explanation:
The computation of the minimum price on these defective units is shown below:
It is equivalent to the selling & admin variable cost per unit i.e. $7.90 per unit
oAs all the other cost would be considered as a sunk cost because the product is already generated and the fixed cost is not considered as it would remain the same whether the production is increase or not
Therefore the second option is correct
