Formula for the monthly payment:
M = P * r * ( 1 + r )^n / (( 1 + r )^n + 1 )
where: P = $100,000 r = 0.12 : 12 = 0.01 n =12 * 5 = 60
M = 100,000 * 0.01 * ( 1 + 0.01 )^60 / (( 1 + 0.01 )^60 + 1 ) =
= 1,000 * ( 1.01 )^60 / (( 1.01 )^60 + 1 ) =
= 1,000 * 1.8167 / 0.8167 = 1,000 * 2.22444 =
= $2,224.44
The monthly payment is $2,224.44.
Answer: a. $120,000
b. $6,000
c. Yes
Explanation:
a. It is said that the collection centres would help reduce the collection time by 2 days and that every day $60,000 comes in.
If the proposal will reduce the amount of time taken to collect by 2 days then that means that the amount freed up is the amount that they would have collected in two days had it not been for the system.
That amount would be,
= $60,000 * 2
= $120,000
b. If they used this free up cash to pay off a debt that was accumulating 5% per year then the 5% will be saved.
The amount saved therefore is,
= 120,000 * 5%
= $6,000
By retiring a $120,000 that was accruing $6,000 a year, the proposal has enabled that $6,000 to be saved instead.
c. The cost of implementing this proposal is $5,200 per year and yet the savings it gives in interest is $6,000.
As the savings are higher than the cost, the number definitely suggest that the project should be implemented because it is more beneficial than it costs.
Answer:
total cost of farming = $380
so correct option is d. $380
Explanation:
given data
cost of seeds = $130
Farmer Ziva charges = $25
time = 10 hours
solution
so total cost of farming is calculated as
total cost of farming = cost of seeds + opportunity cost
so put value
total cost of farming = $130 + ( $25 × 10 )
total cost of farming = 130 + ( 250 )
total cost of farming = $380
so correct option is d. $380
Answer:
3.17
Explanation:
Expected earnings per share = (15%x2.40)+(60%x3.10)+(25%x3.80)