Answer:
$96,154.20
Explanation:
We are to find the future value of the annuity
The formula for calculating future value = A (B / r)
B = [(1 + r)^n] - 1
A = Amount
R = interest rate
N = number of years
[(1.08)^9 - 1 ] / 0.08 = 12.487558
12.487558 x $7,700 = $96,154.20
Answer: $2,400; $2,400
Explanation:
If a deposit of $6,000 is made, the reserve requirement is 20% so the bank will have to reserve this amount of:
= 6,000 * 20%
= $1,200
The bank will be left with:
= 6,000 - 1,200
= $4,800
The bank lends all of this out.
The public holds 50% of the currency so they will keep:
= 50% * 4,800
= $2,400
The rest - which is $2,400 - will be deposited as checkable deposits.
The answer is <span>a. attempt to make large payments or bribes to influence policy decisions of foreign governments.</span>
Answer: <em><u>Cash to be distributed to Harding = $ 17000, Jones = $ 3000
</u></em>
Explanation:
It has been indicated that the ($9,000) deficit will be covered with a forthcoming contribution
∴ The Remaining Capital Balance is = (24000 + 24000) = $48000
∵Total cash Available = $20000
Loss = 48000 - 20000
= $ 28000
Loss will be shared between Harding & Jones in ratio = 16:48
∴ Harding Capital balance =
= $ 17000
∴ Jones Capital balance =
= $ 3000
Cash will be Distributed in their capital balance ratio
Therefore,
<u><em>Cash to be distributed to Harding = $ 17000, Jones = $ 3000
</em></u>