Calculate total profit when total revenue is $700 and total cost is 60% of total revenue

If explicit cost are $4400 and the accounting profit is $6000 Calculate the value of total revenue

The variable cost for the small business is shown below. What is the marginal cost and average cost at a volume of 14 units? Cost $8000 $6000 $4000 $2000 $200/unit Volume marginal cost: $200/unit, average cost: $476/unit O marginal cost: $200/unit, average cost: $300/unit O None of them marginal cost: $300/unit, average cost: $800/unit $300/unit 10 Total cost Variable cost Fixed cost 15

The cost, in millions of dollars, of building a three-story high school in NewYork State was estimated to be:   2C x x x x      1.7 0.14 0.0001 20 400where x is the number of thousands of square feet. Suppose that you arecontemplating building a for-profit three-story high school and estimate thatyour total revenue will be $0.2 million dollars per thousand square feet.(a) What is minimum area for a three-story high school in New YorkState, that this model covers? (b) What is the variable cost of building a three-story high school in NewYork State? (c) What is the fixed cost of building a three-story high school in NewYork State? (d) Determine the profit function,P x( ), for building a three-story highschool in New York State? . (e) Determine,P(250) , for building a three-story high school in New YorkState, and interpret the result. (f) How many thousands of square feet should a three-story high schoolbuilding in New York State be in order to break even?

A cost function is given. C(q) = 3600 + 5q-0.02q² + 0.00039³ (a) Find the average cost and marginal cost functions. +5 -0.02q +0.0003q average cost 3600 9 marginal cost 5 -0.04q+0.0009q (b) Use graphs of the functions in part (a) to estimate the production level that minimizes the average cost. (Round your answer to the nearest integer.) 194 ✓ units (c) Use calculus to find the minimum average cost. (Round your answer to two decimal places.) $ 32.41 X (d) Find the minimum value of the marginal cost. (Round your answer to two decimal places.) $ 4.56

Bags/Participants Fixed Cost Variable Cost Total Cost 0 $1,700 $ - $1,700 100 $1,700 $500 $2,200 200 $1,700 $1,200 $2,900 300 $1,700 $2,700 $4,400 400 $1,700 $5,200 $6,900 500 $1,700 $9,000 $10,700 600 $1,700 $15,000 $16,700 700 $1,700 $23,800 $25,500 800 $1,700 $36,800 $38,500 900 $1,700 $55,800 $57,500 1,000 $1,700 $83,000 $84,700   Given the above information on cost, if you charge $15 per entry, what is the breakeven quantity of bags that you should order?  At what quantity of bags will profits be maximized? A   Use the profit maximizing rule, MR ≥ MC, buy 300 bags. B   Use the profit maximizing rule, MR ≥ MC, buy 200 bags. C   Use Qb = F/(MR-AVC) where Qb is the breakeven quantity to be determined, the optimal quantity of bags is 300. D   Use Qb = F/(MR-AVC) where Qb is the breakeven quantity to be determined, the optimal quantity of bags is 200.

What will be the Total revenue If the total cost is 200 and the profit is 400!

A company estimates it will sell 5000 products in a year. I twould like to make some number N of equally spaced orders of size x units per order so that the total inventory cost (which includes prdering and storage) is minimized.   a) If there is a 420 per order fixed cost plus a cost of $9 per unit ordered, and the storage cost per year is $10, find the number of orders and the numbers of units per order so that the goal of minimizing inventory costs is achieved. b) Suppose that the ordering cost doubles to $18 per unit ordered,and that no other chnage is made. Decide whether this should or should not change the solutuon that you foind in part (a), and justify your answer.

Calculate the total revenue for 5 units when the average revenue is given to be as $30