Answer:
The correct option is C, rent on the restaurant building
Explanation:
The ingredients used in preparing food is variable cost as it varies with the number of plates of food prepared.
Hours worked by cooks determine how much they are paid since the longer they stay the higher the pay,hence it is a variable cost.
The rent on the restaurant building stay the same regardless of opening hours ,hence it is fixed not variable cost.
The energy costs varies with the number of opening hours, it is a variable cost.
The hours worked by servers determine how their take-home would be ,as a result it is a variable cost.
Answer:
The answer is: Josh's utility maximizing point is when he buys 2 pizzas and 4 burgers.
Explanation:
If Josh gets equal marginal utility per dollar spent when buying one pizza and 2 burgers, that means that every pizza and every burger give Josh 10.67 utility unit per dollar spent. So Josh can obtain maximum 16 units of utility with his budget and his purchasing options (= $24 x 0.67 units of utility per dollar). The way he can maximize his utility is by buying two packs of one pizza and two burgers per pack, since every pack will give him 8 units of utility.
Answer:
Results are below.
Explanation:
Giving the following information:
The semiannual interest of 3.5%.
A) We need to calculate the nominal interest rate:
Nominal interest rate= 0.035/2= 0.0175
B) Real interest rate:
Real interest rate= (1.0175^2) - 1= 0.03531
It compounds interest twice a year. Therefore, is higher
C) Investment= $8,000
We will use the following formula:
FV= PV*(1+i)^n
n= 10
i= 0.175
PV= 8,000
FV= 8,000*(1.0175^10)
FV= $9,515.56
Answer:
A) 4000
Explanation:
Long term capital losses cannot be set of against the long term capital gains of next year
As a result an individual taxpayer should report in the
year 3 is $4000
Answer:
Present value = $35.00326585 rounded off to $35.00
Explanation:
Using the dividend discount model, we calculate the price of the stock today. It values the stock based on the present value of the expected future dividends from the stock. To calculate the present value of the stock, we will use the following formula,
Present value = D1 / (1+r) + D2 / (1+r)^2 + ... + Dn / (1+r)^n +
[(Dn * (1+g) / (r - g)) / (1+r)^n]
Where,
- r is the required rate of return
- g is the constant growth rate in dividends
- n is the number of years
Present value = 5 / (1+0.155) + 6.25 / (1+0.155)^2 + 4.75 / (1+0.155)^3 +
3 / (1+0.155)^4 + [(3 * (1+0.07) / (0.155 - 0.07)) / (1+0.155)^4]
Present value = $35.00326585 rounded off to $35.00
