Answer:
d) Better expectations of future resource value.
Explanation:
Better expectations of future resource value involves competitive advantage that is attributed to intangible resource and future planning. It is a future expectation a business has about market dynamics that will bring future profits.
Brown Foods Inc anticipated that the prices of cocoa beans would double in less than three years, and they planned towards that expectation by buying cocoa plantations in Ghana. This eventually paid off and enabled the company survive in turbulent times.
b. gifts
c. food and lodging
d. advertising
Answer:
Advertising
Explanation:
I just got it right
Answer:
The building is valued at $328,000 for the owner.
Explanation:
We calcualte the value of the building using the perpetuity formula:
C/r = Value
Where:
C = annual income generate for the building
expected rent revenue: revenue x (1 - vacancy)
80,000 x (1 - 0.06) = 75,200
expenses per year (26,000)
income per year: 49,200
rate of return 15% = 15/100 = 0.15
C/r = Value
49,200 / 0.15 = Value = 328,000
The marginal cost of production when the firm hires the 7th worker is $40.
In order to determine the marginal cost of production when the firm hires the 7th worker, we need to first calculate the total cost at 6 workers. From the information given, we know that when the firm hires 6 workers, the output is 90 units and the variable cost per unit of labor is $10. Therefore, the total variable cost at 6 workers is $600 (6 workers x $10 per unit of labor). Additionally, the fixed cost is $6.
To calculate the marginal cost of production when the firm hires the 7th worker, we need to find the change in total cost. Since the marginal product of the 7th unit of labor is 4, the additional output produced when the 7th worker is hired is 4 units. The additional variable cost for these 4 units is $40 (4 units x $10 per unit of labor). Therefore, the change in total cost is $40, which is the marginal cost of production when hiring the 7th worker.
#SPJ11
b. $16,781.25
c. $40,275.00
d. $53,040.00
Please select the best answer from the choices provided A B C D
Answer:
Ans. A) $9,314.45
Explanation:
Hi, first we have to bring to present value the monthly payments to be made for 30 years (360 months). In order for this to be useful, we have to convert this annua compounded monthly rate (6.25%) to an effective rate, that is 6.25% / 12 = 0.5208%. Now, when we find this present value, we are going to substract it from the price of the house and that is the value of the down payment. But let´s just go ahead and do it together.
We have to use this formula to bring to present value the $1,595.85 monthly payments, for 30 years (360 months) at a rate of 6.25% (0.5208% monthly).
It should look like this
Now, let´s go ahead and find the down payment.
So, the answer is a). $9,314.45
Best of luck.