<u>Answer:</u> a. Negative externality
b.Positive externality
c.Positive externality
d.Positive externality
e.Negative externality
<u>Explanation:</u>
Positive externatility are the advantages which the people enjoy apart from the marketplace for which they do not pay any money. Negative externality means negative consequences faced by the people outside due to the activities of the firm.
A.In the scenarios given above when resource are over allocated the public resources are depleted and creates negative externality .
B. Tammy's case by raising garden increases the value of the public property which is positive externality.
C.Market demand is low so prices are low it is positive externality..
D.When resource are under allocated the public resources are not depleted and creates positive externality .
E. Water pollution affects public and creates negative externality . .
Answer:
(C) doing both of the above
Explanation:
When dealers "make a market", they do so by providing liquidity in a market that may lack such. Liquidity measures the ease with which participants can buy and sell in a market. Thus, by making a market, a dealer buys stocks for inventory when investors want to sell, and sells stocks from inventory when investors want to buy.
Answer:
38,000 units
Explanation:
Total production required = Forecasted unit sales + Planned finished goods inventory balance = 36,000 + 14,000 = 50,000 units
Products to be manufactured = Total production required - Beginning finished goods inventory = 50,000 - 12,000 = 38,000 units
The number of finished units to be produced = 38,000 units
So the correct answer will be 38,000
Answer:
A. Consider all indirect manufacturing costs
B. Consider all manufacturing costs
C. Consider non manufacturing costs
Explanation:
A) Manufacturing overhead.
Consider all indirect manufacturing costs
B) Product costs.
Consider all manufacturing costs
C) Period costs.
Consider non manufacturing costs
Answer:
Explanation:
Overhead allocated to Product X = Department A overhead cost+ Department B overhead cost
= $51,157.84+$5755.62=
= $56,913
Calculations:
Using a single-driver allocation system, with direct labor hours as the driver, how much overhead was allocated to Product X:
Department A's Overhead rate per labor hour = Overhead costs/Total direct labor hours = $4300000/60000 hours = $71.66 per hour
Overhead (Department A) = $71.66per hour*724 labor hours
= $51,157.84
Department B's Overhead rate per labor hour = Overhead costs/Total direct labor hours = $2200000/60000 hours = $36.66 per hour
Overhead (Department A) = $36.66 per hour*157 labor hours
= $5755.62