Answer:
inflation rate= 5.8%
Explanation:
Giving the following information:
An investment offers a total return of 12.8 percent over the coming year. Janice thinks the total real return on this investment will be only 7 percent.
<u>The real return on investment includes the effect on inflation. </u>
Real rate of return= total return - inflation rate
0.07=0.128 - inflation rate
inflation rate= 0.058= 5.8%
The current value of the payment which is $1000 will be:
A=P(1+r/100)^-n
P=1000
r=5 %
n=1
A=1000(1+5/100)^-1
A=1000/1.05
A=$952.38
The first payments of $1000 is worth $952.38 today. The value of the second $1000 is worth:
A=1000(1+0.05)^-2=907.02
today
Answer:
3. net income is understated by $175
Explanation:
There were two transactions omitted. The first transaction is unearned rent revenue of which $450 was earned. This earned rent revenue increases income by $450. While the second transaction was accrued interest payable of which $275 is owed. This interest payable increases liabilities by $275.
Therefore, from the above, income or revenue is understated by $450, while expenses is understated by $275.
Therefore, net income is understated by income less expenses, thus 450 - 275 = $175. This also implies that liabilities are overstated by $175.
Answer: three times as large
Explanation:
Economic order quantity will be calculated as follows:
EOQ = ✓(2DS/H)
D = Demand in units
Here S = Ordering cost = $10
H = Holding cost
Since S = $10
Therefore, EOQ will be:
= ✓(2DS/H)
= ✓(2 × 10 × D/ H)
= ✓(20D/H)
Since we're to increase the order cost from $10 per order to $90 per order, then EOQ will be:
Since S = $90
Therefore, EOQ will be:
= ✓(2DS/H)
= ✓(2 × 90 × D/ H)
= ✓(180D/H)
3✓20DH
The revised EOQ will then be 3 times as large.
Answer: 24.60 minutes (2dp)
Explanation:
The question is essentially asking that we find the Standard Time it takes to serve a customer.
To do this we would have to calculate the averages of the different elements and then use this to find the normal time which we can then use to find the Standard Time.
Element 1
= (3 + 4 + 4 + 3 + 3)/5
= 3.4
Element 2
= ( 9 + 8 + 10 + 11 + 10)/5
= 9.6
Element 3
= ( 7 + 8 + 6 + 7 + 8)/5
= 7.2
We then calculate the normal times by multiplying each of the individual means with their performance ratings.
That would be,
Element A
= 3.4 * 70%
= 2.38
Element B
= 9.6 * 110%
= 10.56
Element C
= 7.2 * 120%
= 8.64
We then add up the normal times to get the total normal time
= 2.38 + 10.56 + 8.64
= 21.58 minutes
Now we can solve for the standard time using this formula,
Standard time = Normal time (1+Allowance factor)
= 21.58 ( 1 + 0.14)
= 24.6012 minutes
= 24.60 minutes (2dp)
The time per unit customer served is 24.60 minutes.
If you need any clarification please do comment. Cheers.
