Answer:
Dallas Boot Corporation
Assuming that there would be no commission on this potential sale, the lowest price the firm can bid is some price greater than:_________
= $20.
Explanation:
a) Data and Calculations:
Pairs of military combat boots on the bid = 1,000
Direct material $8
Direct labor 6
Variable overhead 3
Variable selling cost (commission) 3
Fixed overhead (allocated) 2
Fixed selling and administrative cost 1
Total cost of production and sales $23
Less commission 3
Total cost per boot $20
b) The bidding price less sales commission will be a price that is greater than $20 per boot. The extra amount per boot will cover the profit expected from the transaction.
Answer:
The correct answer is option A.
Explanation:
Normal goods have positive income elasticity, so when there is an increase in the income of the consumer, the quantity demanded of the normal goods will increase.
On the other hand, the inferior goods have a negative income elasticity. So when the income of the consumer increases the demand for inferior goods decline. This is because as income increases, the consumers will prefer normal goods.
Keynes would most likely oppose a plan for government control of all the manufacturing companies.
Given that Daniel spent months writing a business plan, this goes to show that Daniel understands the steps needed to start a small business.
<h3>What is a business plan?</h3>
This is a plan that shows the details of a business company. The document shows the objectives that the company has.
This document also tells how the business plans to go about achieving all the goals that it has set for itself.
Read more on business plans here:brainly.com/question/25311149
Answer:
The demand function is p= (-2.1)*q + 15.3
Explanation:
The supply function for honey is p=S(q)=0.4*q+2.8, where p is the price in dollars for an 8-oz container and q is the quantity in barrels. The equilibrium price is $4.80. So, the equilibrium quantity is:
4.80=0.4*q+2.8
Solving:
4.80 - 2.8=0.4*q
2=0.4*q
2÷0.4= q
5=q
The demand function, assuming it is linear, is p=m*q+b
The equilibrium quantity is 5 barrels and the equilibrium price is $4.80; and the demand is 4 barrels when the price is $6.90. So:
Isolating the variable "b" from the first equation, you get:
4.80 - m*5= b
Replacing the previous expression in the second equation you get:
6.90=m*4 + 4.80 - m*5
6.90 - 4.80=m*4 - m*5
2.1= (-1)*m
2.1÷(-1)= m
-2.1=m
Replacing the value of "m" in the expression 4.80 - m*5= b you get:
4.80 - (-2.1)*5= b
Solving you get:
15.3= b
So, <u><em>the demand function is p= (-2.1)*q + 15.3</em></u>
