Answer:
12.18%
Explanation:
Present value = $34,700
Future Value = $173,500
Time (n) = 14 years
Interest Rate = i
Future Value = Present Value * (1+i)^n
$173,500 = $34,700 * (1 + i)^14
(1 + i)^14 = $173,500/$34,700
(1 + i)^14 = 5
1 + i = 5^(1/14)
1 + i = 1.1218284
i = 1.1218284 - 1
i = 0.1218284
i = 12.18%
So, the annual interest rate she must earn is 12.18%.
Answer:
The correct answer is $33,880.
Explanation:
According to the scenario, the given data are as follows:
Direct labor = $5.60 per unit
Actual level of Activity = 6,050
So, we can calculate the direct labor in planning budget by using following formula:
Direct labor in planning budget = Actual level of Activity × Direct labor
By putting the value, we get
Direct labor in planning budget = 6,050 × $5.60
= $33,880
Hence, The direct labor in the planning budget for May would be closest to $33,880.
Answer:
a) attached below
b) stable equilibria = x = 0.1 , x = 0.8
unstable equilibria = other value except 0.1 , 0.8
c) 0.5 , 0.6
Explanation:
Benefit of using the local roads = 1 + 8x - 9x^2
Benefit of using the free way = 3.6
a) Attached below is the required graph
<u>b) Determine The possible equilibrium traffic patterns from the graph </u>
stable equilibria : x = 0.1 , x = 0.8 ( this id because at these given value the benefits of using either routes is equal )
unstable equilibria : every other value of X except 0.1 and 0.8
<u>c) Determine the value of x that maximizes the total benefit to the population</u>
The value of X that maximizes the total benefit to the population = 0.5 and 0.6
attached below is the detailed solution
Answer:
$788.35
Explanation:
In this question, we use the present value formula which is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Future value = $1,000
Rate of interest = 14% ÷ 4 quarters = 3.5%
NPER = 4 × 4 quarter = 16 years
PMT = $1,000 × 7% ÷ 4 quarters = $17.50
The formula is shown below:
= PV(Rate;NPER;PMT;FV;type)
So, after solving this, the answer would be $788.35