Answer:
Constant Return to Scale
Explanation:
Based on the information given the numbers
suggest that between 100 and 110 units of output, the firm producing this output has CONSTANT RETURN TO SCALE.
Constant Return to Scale occurs in a situation where the proportional increase in all the inputs is as well equal to the proportional increase in output which means the returns to scale are constant , which is why RETURNS TO SCALE help to describe all what happens to long run returns when the scale of production increases.
Therefore Constant returns to scale often occur when the output increase in exactly the same way or the same proportion as the factors of production.
Problem:
Buy extended warranty for $950 laptop or not?
Alternative:
1) Buy extended warranty
2) Not buy extended warranty
Criteria:
Practical and cost saving in the long-run
Evaluate Alternatives:
1) <span>Buy extended warranty </span>
con:<span> pay additional $99. </span>
pro: <span>5 year warranty coverage. </span>
pro: repairs may be done at a local store
2) Not buy extended warranty
pro&con: laptop comes with one-year limited warrant
pro: no additional payment
con: repairs will be done by manufacturer
<span> con: repair costs range from $50 to $450
</span>
Decision:
BUY EXTENDED WARRANTY
Answer:
The gross profit margin of Candy Company is 65% (second option)
Explanation:
The gross profit margin is defined as:
Mg = (sales - costs) / price of sales
If for Candy Company the cost are $112,000 and sales $320,000 then the gross profit margin is:
Mg = ($320,000- $112,000) * 100% / $320,000 =
Mg = $208,000 * 100% / $320,000 = 0.65 * 100%
Mg = 0.65 * 100%
Mg = 65%
Answer:
it began in 1760. it started there because of the new inventions that were made like the cotton gin, electricity and other inventions. More and more countries got access to these inventions and they became more and more industrialized and urban.
Answer: The correct answer is e). 3.67%
Explanation: An ordinary annuity is a series of payments made at the end of each period.
The formula for ordinary annuity is PV = PMT × ((1 - (1 + r) ^ -n)/ r)
Where; PMT = the periodic cash payment; r = the interest rate per period; n = the total number of periods and PV = present value.
Therefore; 3500000 = 250000×((1-(1+r)^-20)/r
This will give the rate as 3.67%