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3 years ago

What is a public good?

Business

1 answer:

Pie3 years ago

7 0

I believe your answer is B

A public good is a product or service that one consumer cannot present another consumer from using, and is accessible without payment

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Barry owns a 50 percent interest in B&B Interests, a partnership. His brother, Benny, owns a 35 percent interest in that sam

omeli [17]

Answer:

$10,000 loss

Explanation:

Barry bought a property for $60,000. He sells it for $100,000 to a company he owns 50% of. 50% of $100,000 = $50,000. He bought it for $60,000 and sold it for $50,000... that's a $10,000 loss. But they did say they are keeping the property for resale so there still may be hope :D

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3 years ago

Suppose the demand for good X is given by Qdx = 10 + axPx + ayPy + aMM. From the law of demand we know that ax will be: less tha

diamong [38]

Answer:

less than zero

Explanation:

According to the law of demand, an increase in price reflects in a decrease in demad. That is, price and demand are inversely proportional. Since ax is associated with the price of good X, it must be negative to accurately describe that behavior in the demand function.

Thus, ax will be: less than zero.

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3 years ago

4. Now that you have calculated the number of workers needed each period in Problem 3, Tameka wants to see how the plan would ac

Orlov [11]

Answer:

Explanation:

i know it

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3 years ago

Larry decided to relocate to Germany. Larry hired Happy Homes, Inc. to find a buyer and contract for the sale of his house in th

Dominik [7]

Answer:

True

Explanation:

The relationship between Larry and Happy Homes, Inc. has to be a written agreement. This is because the agreement is a contract between both Larry and Happy Homes Inc. involving the sale of his house which he has given Happy Homes the right to find a buyer for.

So when Happy Homes, Inc. find a buyer, Larry will be notified and the processes will take place as stated in the contract between Larry and Happy Homes, Inc.

cheers.

4 0

3 years ago

Read 2 more answers

Angela Fox and Zooey Caulfield were food and nutrition majors at State University, as well as close friends and roommates. Upon

S_A_V [24]

Answer:

a) maximize 12x+16y subject to x+y≤60; x+2y≤80; 2x-3y≥0; x-9y≤0.

b) 40 fish and 20 beef dinners

c) $800

Explanation:

Let x and y represent the numbers of fish and beef dinners to prepare, respectively. Then the relations these values must satisfy are ...

x + y ≤ 60 . . . . . a maximum of 60 dinners will be sold

0.25x + 0.50y ≤ 20 . . . . . kitchen hours cannot exceed 20

x/y ≥ 3/2 . . . . . . at least 3 fish dinners for each 2 beef dinners will be sold

y ≥ 0.10(x +y) . . . . at least 10% of dinners sold will be beef

While satisfying these relations, we want to maximize the profit function:

p = 12x +16y

a) The linear programming problem can be formulated as ...

Maximize 12x +16y, subject to ...

x + y ≤ 60
x + 2y ≤ 80
2x - 3y ≥ 0
x - 9y ≤ 0

b) The graph shows the constraint inequalities with the comparison symbol reversed. The effect of that is to shade the area that is NOT part of the solution set, leaving the feasible region white. The vertex of the (white) feasible region that makes the profit line farthest from the origin is the solution we're looking for. Once the profit line is plotted so we can compare its slope to the lines bounding the feasible region, it becomes clear which vertex is the one that maximizes profit.

The solution is (x, y) = (40, 20).

40 fish dinners
20 beef dinners

c) The maximum earnings are estimated to be ...

($12)(40) +($16)(20) = $800

5 0

4 years ago