Answer:
c. 80 dollars.
Explanation:
Opportunity cost represents the next best alternative missed. It is the forfeited benefits arising from choosing one option over the others. Opportunity cost is expressed as a value or the worth of the forgone alternative.
Lisa's opportunity cost is $ 80. She has valued going out with her friend at $ 80, which is the highest value amongst her three choices. Since she can not engage in all the three activities at the same time, the next best alternative to writing her exam is the opportunity cost.
Answer:
Franchise
Explanation:
This is a business arrangement where the owner of a successful business gives the right (through special business and legal arrangement) to another, to run such business in a specified location using his brand name in accordance with agreed terms and conditions. Under this arrangement, technical support and training are always provided by the franchiser.
The franchisor charges the franchisee a fee for the right which in most cases is periodic. The franchise is renewable.
Answer:
The right approach is Option a (supply of the good).
Explanation:
- Supply would increase substantially of some more production. Increasing the income of established businesses wouldn’t rise, as there has been increasing competitiveness.
- This similar value of the product is likely to decline due to further fulfillment as well as the same requirement. Marginal costs would never be compromised.
Anyone else alternatives possible does not apply to the situation throughout the question. That's the right thing above.
Answer:
Effective interest on June 30 on a 6% $60 million bond at 7% effective rate is $1,950,778
The interest is treated in the books of account thus:
Debit interest expense $1,950,778
Credit Bond account $1,950,778
Explanation:
The effective interest is computed using the below formula
Amount x Effective Rate (%) = Interest Expense
Amount=$55,736,520
Effective rate =7%/2 =3.5% semi-annually
Interest expense=$55,736,520*3.5%
Interest expense=$1,950,778
Answer:
for (i = 0; datasamples[i] < NUM_POINTS ; ++i) {
if(datasamples[i] < minVal) {
datasamples[i] = datasamples[i] * 2;
}
}
Explanation:
In this particular problem, we are trying to look at each value in the datasamples array, and double it. This calls for the use of an index variable.
The index variable will keep track of the position within the array as we move from left to right. Starting on the left, at index 0, we will move right until we are at the end of the array.
++i takes care of incrementing the index variable each time the loop runs. This is what moves through the array.
The termination condition checks whether if we have iterates all values in the array. Once you've gone past all the values in the array the index variable is pointing all the way at the end.
As soon as the termination condition is false the loop will stop executing. So we will want to run your code while i (the index variable) is less than the size of the array (datasamples.length).
Once you've figured out the for loop bounds, simply check your conditional with an if-then statement before updating the values:
