The problem is missing some parts:
First, how many parts should you purchase each time you
place an order.
H=.2*$4 = $0.80
S= $800
R = 50,000
Q = 2SRH
= 2(800) (50000) (.8)
= 10,000 units
The second question is how many timer per year will you
place orders.
Required order = R/Q
= 50000/10000
= 5 times
Answer:
The answer is: A) degree to which the data is an accurate portrait of the target population.
Explanation:
To explain data generalizability I like to use election polls as an example. There are over 200 million voters in the US, and polls only cover a few thousands of voters, it is impossible to survey the whole population. Data generalizability refers to how well does the election polls reflect the real outcome of an election. Can the data sample used in the polls serve as a true parameter to know the real outcome of the election? Some polls are accurate and others aren't, accurate polls have high data generalizability.
Answer:
C. It has high fixed costs relative to variable costs is the correct answer.
Explanation:
Answer:
$55,000
Explanation:
The computation of the change in operating income is shown below:
= Buying cost - making cost
where,
Buying cost = Cost of producing parts × outside supplier per unit
= 60,000 parts × $3
= $180,000
And, the making cost would be
= Variable cost + fixed cost × given percentage
= $110,000 + $50,000 × 30%
= $110,000 + $15,000
= $125,000
So, the operating income would be
= $180,000 - $125,000
= $55,000
We can find the increase in operating income for each $ 1,000 increase in revenue per month by finding the contribution margin ratio and the multiplying it with the increase operating income of $ 1,000 each.
The formula to find the contribution margin ratio is :-
Contribution margin ratio = Contribution margin per unit / Selling price per unit
= 12 / 20 = 60%
The increase in operating income = Contribution margin ratio * Revenue
= 60 % * 1,000
= $ 600
The calculations are shown below :-
Selling price per unit = $ 20
Variable cost per unit = $ 8
Contribution margin per unit = Selling price per unit - Variable cost per unit
= $ 20 - $ 8 = $ 12
