Answer:
The answer is letter C
Explanation:
The quantity of goods or services that can be produced by one hour of work
Answer:
<em>Hamburgers = 27</em>
<em>Sodas = 93</em>
Explanation:
Let x = Hamburgers
y= Sodas
Now form a system of equation aX + bY = C
where
a= 1.75 = coefficient of variable X
b= 0.75 = coefficient of variable Y
C= 117.50
Put these values in above equation
1.75x + 0.75y = 117.50 . . . . . (1)
Since I sold total of 120 hamburgers and sodas, we can write
x + y = 120 . . . . . (2)
or y = 120 - x ....... put this value in eq.1
1.75x + 0.75( 120 - x ) = 117.50
1.75x + 90 - 0.75x = 117.50
90 + x = 117.50
x = 117.50 - 90
x = 27 .......... put this in equation 2
x + y = 120
27 + y = 120
y = 120 - 27
y = 93
Answer:
Total cost = Total ordering cost + Total holding cost
Total cost = DCo + QH
Q 2
Where
D = Annual demand
Co = Ordering cost per order
Q = EOQ
H = Holding cost per item per annum
D = 40,000 units
Co = $48
H = 18% x $8.00 = $1.44
EOQ = √2DCo
H
EOQ = √2 x 40,000 x $48
$1.44
EOQ = 1,633 units
Explanation:
EOQ equals 2 multiplied by annual demand and ordering cost divided by holding cost per item per annum. The holding cost per item per annum is calculated as holding cost rate multiplied by unit cost.
