<span>Lorenzo would be required to pay all of his premiums regardless since he is self employed. Since he is self employed he should be able to deduct these premiums at the end of the year</span>
Answer:
Explanation:
C(q) = 100+10q-q^2+(1/3)q^3
To find the firm marginal cost function:
Take the derivative with respect to q
MC = 10 - 2q + q^2
Assuming that the market price is p , then the profit maximising condition is:
MR = MC
p = 10 - 2q + q^2
The short-run supply curve is the marginal cost curve that lies above the average variable cost.
The average variable cost is:
AVC =VC/Q
AVC = (10q-q^2+(1/3)q^3)/Q
AVC = 10 - q + (1/3)*q^2
So, the short-run supply curve is:
SRS = 10 - 2q + q^2 if p > 10 - q + (1/3)*q^2
The answer to the first unknown is the "COST SIDE" while the answer to the second unknown in the problem is "PRODUCTION AND MARKETING COST". Hence, with a cost-oriented pricing strategy used and implemented by many companies, a price setter stresses the COST SIDE of the pricing problem and the price is set by looking at the PRODUCTION and MARKETING COST.
Answer and Explanation:
An investment when it would be risk free in that case both the principal and the interest amount are to be paid within the prescribed time. Also when the U.S government bonds i.e. long term would be issued by the government have a lesser interest rate as compared with the other riskier securities available at the market place this is because as the government would default next to zero in case of the short term it would make the default when there are extreme situations arise.
Therefore in the short term it would be risk free
But in the long run, the person is based on the treasury bills returns so that he or she could equate the similar standard of living also it would not suffice when the inflation rises
Therefore the less risky investment would be of Government bonds
Answer:
No, because the second method has lower total costs of production.
Explanation:
In a bid to make profits businesses must always compare different processes and choose the cheapest one.
This will eventually reflect in the profitability of the business.
In this instance let's get the cost of each process.
Fabric costs $110 a bolt and labor costs $20 an hour.
The first dress maker can sew 400 garments with 100 bolts of fabric and 1,500 hours of labour
Total cost = (100 bolts * 110) + (1500 * 20)
Total cost = $41,000
For the second dress maker he can sew 400 garments with 150 bolts of fabric and 1,000 hours of identical labour
Total cost = (150 *110) + (1000 * 20)
Total cost = $36,500
As can be seen the second dressmaker has a lower cost of production so he is more efficient than the first dress maker
