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:
<em>The answer is 72,000 Meters.</em>
Explanation:
From the question given, let us recall:
Moccasin Company produces cotton shirts. =12,000
The unit quantity standard = 6 meters
The quantity used actually was = 0.50 meters per shirt
The next step is to determine the quantity of cloth that should be used for the actual output of 12,000 shirts.
Quantity of cloth that should be used
= 12,000 * 6 meters cloth per shirt
= 72,000 Meters
Answer:
Efficient market school.
Explanation:
Efficient market school is the market school which argues that forward exchange rates do the best possible job for forecasting future spot exchange rates, so investing in exchange rate forecasting services would be a waste of time because it is impossible to have a consistent alpha generation on a risk adjusted excess returns basis as market prices are only affected by new informations.
The efficient market school also known as the efficient market hypothesis (EMH) is a hypothesis that states that asset (share) prices reflect all information and it is very much impossible to consistently beat the market.
Also, forward exchange rates are exchange rates controlling foreign exchange transactions at a specific future date or time.
<em>Hence, according to the efficient market school it would be a waste of time investing in exchange rate forecasting services because all the information about an asset or security is already factored into their prices and as a result of the randomness of the market. </em>
Answer:
Payback period = 3 years
Explanation:
<em>The payback period is the average length of time it takes the cash inflow from a project to recoup the cash outflow.</em>
<em>Where a project is expected to generate a series of equal annual net cash inflow, the payback period can be calculated as: </em>
<em>Payback period =The initial invest /Net cash inflow per year
</em>
The cash inflow = Net operating income + Depreciation
= 105, 000 + 45,000 = 150,000
Note we have to add back depreciation because it is not a cash-based expenses. And payback period makes use of only cash-based revenue and expenses.
Payback period = 450,000/150,000
= 3 years
Payback period = 3 years
Answer:
86.4%
Explanation:
the original marked price is m
then with a sales discount of 20%
the (pre-sales tax) sale price is 100%−20%=80% of
The post-sales tax price is the pre-sales tax price plus 8%,
that is the post-sales tax price is 108%=1.08 of the pre-sales tax price.
Therefore the final cost (i.e. the post-tax price) is
