Answer:
Annual deposit= $2,803.09
Explanation:
<u>First, we need to calculate the monetary value at retirement:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual payment
FV= {22,000*[(1.08^25) - 1]} / 0.08
FV= $1,608,330.68
Now, the annual deposit required to reach $1,608,330.68:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,608,330.68*0.08) / [(1.08^50) - 1]
A= $2,803.09
The Jones Family has an annual consumer spending of $82,000. This is calculated using this formula: C = A +MD where C is the consumer spending, A is the autonomous consumption spending, M is the marginal propensity to consume, and D is the disposable income. Thus, the calculation is C = $10,000 + (0.8)($90,000). Giving C a value of $82,000.
Answer:
Feb. 1
Debit : Cash (48,000 x $52) $2,496,000
Credit : Preferred Stock (48,000 x $50) $2,400,000
Credit : Paid in excess of Par - Preferred Stock $96,000
July 1
Debit : Cash (66,000 x $56) $3,696,000
Credit : Preferred Stock (66,000 x $50) $3,300,000
Credit : Paid in excess of Par - Preferred Stock $396,000
Explanation:
With Par value stocks, any amount paid in excess of par is placed in a reserve - Paid in Excess of Par as shown in the journals above.
Answer:
Depreciation for
2017 = $2,540
2018 = $10,160
Explanation:
Provided, Total cost of the machine = $77,980
Estimated salvage value = $6,860
Therefore, value to be depreciated = $77,980 - $6,860 = $71,120
Total life of asset = 7 years
Depreciation for the year 2017 = October to December = 3 months
Depreciation for the year 2018 = 
= $10,160
Under straight line method depreciation is fixed for each year, but in the given case in 2017 the asset is used only for 3 months, thus depreciation will be charged for 3 months only.
Final Answer
Depreciation for
2017 = $2,540
2018 = $10,160
Answer: 17.5%
Explanation:
The equilibrium will occur where the money demanded equals to the money supplied i.e Ms = Md
From the question, the supply of currency by the Central Bank = 40
Money Supply (Ms) = m × B
where m = Money multiplier = 2.5
Note that the money multiplier can also be equal to 1/rr in situations wherebt the consumers do not hold any currency.
rr = reserve ratio, = 0.4
B = monetary base = 40
Note that the monetary base here is 40.
Since reserve ratio = 0.4, therefore
m = 1/0.4 = 2.5
Therefore, Ms = m × B
= 2.5 × 40
= 100
Thus Money supply Ms = 100.
Money demand(Md) = Y(0.3 - i),
Y = income = 800
i = interest rate
Since (Md) = Y(0.3 - i),
Md = 800(0.3 - i)
Equate the equation for the money demand and money supply together.
Ms = Md
100 = 800(0.3 - i)
100 = 240 - 800i
800i = 240 - 100
800i = 140
i = 140/800
i= 0.175
= 17.5%
Therefore, the interest rate is 17.5%
