Answer:
$ 317,000
Explanation:
Octuber Production: 200,000
Variable Overhead: $ 0.80 per unit
Fixed Overhead: $ 157,000
<u>Factory Overhead Budget for Octobe</u>r:
Octuber Production x Variable Overhead = <em>200,000 x 0.80 = 160,000</em>
Variable Overhead: <em>$ 160,000</em>
+
Fixed Overhead: <em> </em><em><u> $ 157,000</u></em><em> </em>
Total Overhead:<em> </em> <em> </em><em>$ 317,000</em><em> ( $ 160,000 + $ 157,000 ) </em>
Answer:
$13,241
Explanation:
From the data we were given in the question:
future value = fv = $1,500,000
time = t = 30 year
rate = r = 8%
We are required to find out How much does he need to invest to achieve his goal
solution
future value = principal ( 1+ rate)^(t-1) / rate
1500000 = principal (1 + .08)^(30-1)/ 0.08
we make principal, p, subject of the formula.
principal = 1500000 / ( (1 + .08)^(30-1)/ 0.08 )
Principal = 1,500,000 / 113.2832
principal = 13241.15
so Dan needs to invest $13241
Answer:
Inventory= $3,240
Explanation:
Giving the following information:
They made the following purchases during August:
August 01: 300 units $1,560 total cost
August 12: 400 units 2,340 total cost
August 24: 400 units 2,520 total cost (2520/400= $6.3)
August 30: 300 units 1,980 total cost (1980/300= $6.6)
A physical count on August 31 reveals that there are 500 units on hand.
FIFO (first-in, first-out)
Inventory= 300*6.6 + 200*6.3= $3,240
The potential risk that the investors may face when this is made use is that the issuer may not be able to make profit when the bonds are considered to offer as a guaranteed return because they are honored by law and with that, this will cause the value of the bond to be lowered when exposed in the market in which the return will also be lower when return to the investors.
