Answer:
Monthly deposit= $2,625.16
Explanation:
Giving the following information:
Total cost= 2,676*3= $8,028
Monthly interest rate0 0.023/12= 0.00192
<u>First, we need to calculate the nominal value required at the end of the third month:</u>
PV= FV / (1 + i)^n
FV= 8,028
i= 0.00192
n= 9 months
PV= 8,028 / (1.00192^9)
PV= $7,890.6
<u>Now, the monthly investment to reach $7,890.6:</u>
FV= {A*[(1+i)^n-1]}/i
A= monthly deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (7,890.6*0.00192) / [(1.00192^3) - 1]
A= $2,625.16
Answer:
$7.15
Explanation:
Calculation for Other The cost of wages and salaries and other overhead that would be charged to each bouquet made is:
Wages and salaries charged to each bouquet produced = (60%*$180,000)+(50%*$70,000)/20,000 bouquet
Wages and salaries charged to each bouquet produced = $108,000+$35,000/20,000 bouquet
Wages and salaries charged to each bouquet produced = $143,000/20,000 bouquet
Wages and salaries charged to each bouquet produced = $7.15
Therefore The cost of wages and salaries and other overhead that would be charged to each bouquet made is:$7.15
<span>The argument which supports the perception of big business leaders as "captains of industry" is being revealed by the first option represented above: </span>a industrialists support for technology benefited the economy as this is one of the main statements from t<span>he triumph of industry.
Hope it helps! </span>
Answer: $6,400
Explanation:
The expected return is simply a weighted average of the different returns given their probability of happening.
If everything was invested in Project X, there is a 70% chance of success and 30% of failure. Payoff is $10,000 if successful and $2,000 if unsuccessful:
= (70% * 10,000) + ( 30% * -2,000)
= 7,000 - 600
= $6,400
