Answer:
Which action best reflects the influence of John Maynard Keynes?
B. A government gives jobs to workers during an economic recession.
Explanation:
John Maynard Keynes was a The British economist who strongly and vehemently advocated for "increased government expenditures, lower taxes, government offering full employment, and government intervention in economic activities" in order to stimulate demand, pull the economy out of recession, and kickstart it from slump. He is known as the father of Keynesian Economics.
Answer:
$0.3 per machine hour
Explanation:
The computation of the variable maintenance cost per machine hour using the high low method is shown below:
Variable cost per machine hour = (High maintenance cost - low maintenance cost) ÷ (High machine hours - low machine hours)
= ($9,000 - $7,200) ÷ (20,000 machine hours - 14,000 machine hours)
= $1,800 ÷ 6,000 machine hours
= $0.3 per machine hour
Answer:
The computation is shown below:
Explanation:
The journal entries are shown below:
a. Account payable $70,000
To Notes payable $70,000
(Being the issuance of the note is recorded)
b. Note payable $70,000
Interest expense $1,575
To Cash $71,575
(Being the payment of the note at maturity date including interest is recorded)
The computation is shown below:
= $70,000 × 9% × 90 days ÷ 360 days
= $1,575
We assume 360 days in a year
Now the effects on the accounts and the financing statement for issuance of the note is shown below:
Balance sheet
Assets = Liabilities + Stockholder equity Income statement cash flow statement
No effect = Account payable - $52,000 + No effect No effect + no effect
Note payable + $52,000
Answer:
1. $636
2. $674.16
3. $566.04
4. $534
Explanation:
PV = FV ÷ (1 + r/n)^(t × n)........(1)
PV = present value
FV = Future value
r = rate per period
t = number of years
n = number of compounded period per year
FV = P(1 + r/n)^(t×n)...............(2)
FV = Future value
P = principal
r = rate per period
n = number compounded period per year
t = number of year
NO 1.
P= $600
t = 1
n = 1
r = 6% = 0.06
Using equation 2
FV = 600(1 + 0.06/1)^(1 × 1) = $636
NO 2
P = $600
n = 1
t = 2
r = 0.06
Using equation 2
FV = 600(1 + 0.06/1)^(2 × 1) = $674.16
NO 3.
FV = $600
r = 0.06
t = 1
n = 1
Using equation 1
PV = 600 ÷ (1 + 0.06/1)^(1 × 1) = $566.04
NO 4.
FV = $600
r = 0.06
n = 1
t = 2
Using equation 1
PV = 600 ÷ (1 + 0.06/1)^(2 × 1) = $534
