<span>A typical married couple would probably be a. Gilbert would be for splitting the household chores on the basis of time spent on each task. However, it is a bit unusual to actually calculate the time it takes for each task. B. and c. doesn't make sense. D. is also valid, however.</span>
Answer:
a. $144 million
Explanation:
The computation of the amount of money raised is shown below:
But before that we have to find out the amount raised and underwriting fees which is given below:
Amount raised by company is
= 4 million × $37.5
= $150 million
And,
underwriting fees is
= $150 million × 4%
= $6 million
So, amount raised by the company is
= $150 million - $6 million
= $144 million
We deduct the underwriting fees from the raised amount
Assume the union freeman works with pays newer employees less than ones who have been with the organization for a longer time. The basis for this is: two tier contract.
<h3>What is two tier contract?</h3>
Two tier contract can be defined as the way in which employee who work in an organization does not earn the same wages as some employee earn higher wages that others while some earn lesser wages.
Hence, if newer employees earn lesser than those who have been with the organization for a longer time. The basis for this is called two tier contract.
Learn more about Two tier contract here:brainly.com/question/984979
#SPJ1
Answer and Explanation:
The computation of the amount is shown below:
a. For FOB destination
= Merchandise price - Returns and allowances - discount
= $6,700 - $1,750 - ($6,700 - $1,750 )× 2%
= $6,700 - $1,750 - $99
= $4,851
b. For FOB shipping point
= Merchandise price - Returns and allowances - discount + Freight In
= $3,300 - $1,200 - ($3,300 - $1,200) × 1% + $200
= $3,300 - $1,200 - $21 + $200
= $2,279
Answer:
Optimal package size = 4 units
Optimal package price = $20
Explanation:
P = 8 - 1.5Q and C(Q) = 2.0Q, MC = 2
To obtain optimal package size, we put
Price is equal to the marginal cost, P = MC
8 - 1.5Q = 2
1.5Q = 6
Q = 6 ÷ 1.5
= 4
Therefore,
Optimal package size = 4 units
Hence,
Optimal package price:
= 0.5[8 - 2] × 4 + 2 × 4
= 12 + 8
= $20