Question

JMC manufacturers sells 500 units per week at 29 dollars per unit. If the price is...

JMC manufacturers sells 500 units per week at 29 dollars per unit. If the price is reduced by one dollar, 20 more units will be sold. In addition, the cost function for JMC Manufacturers is also given by ?(?) = 40? + 10000

a. To maximize the revenue, find the following:

I. [2 marks]. The number of units sold number of units sold.

II. [2 marks]. The maximum revenue.

b. [2 marks]. Find the value of x that maximizes the profit and determine the corresponding price and total profit for this level of production.

c. [2 marks]. Verify that, at the point of maximum profit, MR = MC.

d. [2 marks]. Rework part (b.) under the condition that the government has imposed a tax of $10 per unit

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
p is the price per unit in dollars and q is the number of units. If...
p is the price per unit in dollars and q is the number of units. If the weekly demand function is p=200-2q^2 and the supply function before taxation is p=20+3q, what tax per item will maximize the total tax revenue?
In this problem, p is the price per unit in dollars and q is the number...
In this problem, p is the price per unit in dollars and q is the number of units. If the demand and supply functions for a product are p = 840 ? 2q and p = 100 + 0.5q, respectively, find the tax per unit t that will maximize the tax revenue T.
When a wholesaler sold a product at $30 per unit, sales were 390 units per week....
When a wholesaler sold a product at $30 per unit, sales were 390 units per week. After a price increase of $5, however, the average number of units sold dropped to 365 per week. Assuming that the demand function is linear, what price per unit will yield a maximum total revenue?
In this problem, p is the price per unit in dollars and q is the number...
In this problem, p is the price per unit in dollars and q is the number of units. If the demand and supply functions of a product are p = 5000 − 20q − 0.7q2 and p = 500 + 10q + 0.3q2, respectively, find the tax per unit t that will maximize the tax revenue T. T= $/Item
In this problem, p is the price per unit in dollars and q is the number...
In this problem, p is the price per unit in dollars and q is the number of units. If the demand and supply functions of a product are p = 6500 − 5q − 0.7q2 and p = 500 + 10q + 0.3q2, respectively, find the tax per unit t that will maximize the tax revenue T. t = $ /item
3. Let ?(?) be the revenue in dollars from selling ? units. If ?(200) = 540...
3. Let ?(?) be the revenue in dollars from selling ? units. If ?(200) = 540 and ?′(200) = 17.. a. Verbally interpret ?(200) b. Estimate the revenue generated from the production of 201 units. c. If the cost in dollars to produce ?? units is given by ?(?) = ?.??x , is it profitable to raise the production to 201 units? Explain in a sentence. 4. An online shopping website has determined that the number of items orders they...
Suppose the cost of producing q unit is c(q)=500-4q+q2 and the demand function is given by...
Suppose the cost of producing q unit is c(q)=500-4q+q2 and the demand function is given by p=14-2q A) Develop the total revenue, total cost (if not given), and profit functions. Explain these functions in few sentences. B) Compute the point elasticity of demand. C) Find the intervals where the demand is inelastic, elastic, and the price for which the demand is unit elastic. D) Find the quantity that maximizes the total revenue and the corresponding price. Interpret your result. E)...
The price of a product in a competitive market is $500. If the cost per unit...
The price of a product in a competitive market is $500. If the cost per unit of producing the product is 140 + 0.1x dollars, where x is the number of units produced per month, how many units should the firm produce and sell to maximize its profit? units
Total revenue is in dollars and x is the number of units. Suppose that in a...
Total revenue is in dollars and x is the number of units. Suppose that in a monopoly market, the demand function for a product is given by p = 450 − 0.1x where x is the number of units and p is the price in dollars. (a) Find the total revenue from the sale of 500 units. $   (b) Find the marginal revenue MR at 500 units. MR = $   Interpret this value. The 501st unit will lose |MR| dollars...
In this problem, p is the price per unit in dollars and q is the number...
In this problem, p is the price per unit in dollars and q is the number of units. If the weekly demand function is p = 120 − q and the supply function before taxation is p = 12 + 5q, what tax per item will maximize the total revenue?