Answer:
The answer is 20.55 days
Explanation:
Solution
Given that:
Annual sales =$627,200
Average accounts receivable =$35,300
Now
The accounts turnover ratio (receivable) = Sales/Average accounts receivable
Accounts receivable turnover ratio = $627,200/$35.300
=17.76 times
Thus
Number of days payment receives = 365/ Accounts receivable turnover ratio =365 days/17.76 times
=20.55 days
Therefore The company takes 20.55 days to get payment for its services
Answer:
A
Explanation:
When the Canadian dollar depreciates against the euro, the value of the Canadian dollar falls relative to the Euro.
For example, the exchange rate before the depreciation is 40 Canadian dollar / Euro. After the depreciation, it is 80 Canadian dollars / Euro.
Goods become more expensive for Canadian buyers of foreign goods. For example, a foreign good costs 160 Euros. Before the depreciation the good would cost (160 x 40) = 6400 Canadian dollars. After the depreciation, it would cost, 12,800 Canadian dollars.
Canadian sellers to foreign buyers don't benefit from the depreciation. Assume a local good costs 40 Canadian dollars. foreigners would pay 1 Euro for the good before depreciation. After depreciation, foreigners would pay 0.5 Euros for the good
Answer:
c. The price of Bond A will decrease over time, but the price of Bond B will increase over time
Explanation:
Bond A has a higher coupon rate than market thus, investor will accept to purchase the bond for a higher price until the YTM of this bond equals the market rate
Bond B is the opposite, is paying lower thus, will we purchase for less.
As times passes both will get their market value closer to the face value of the bond because, at maturity the bond will pay 1,000.
Making Bond A lower his price while B increases.
Answer:
$1,209,100
Explanation:
The computation of the cost of the ending inventory as on Dec 31,2021 is shown below:
= Inventory as on Dec 31,2019 + {(Inventory as on Dec 31,2021 ÷ 2021 price index × 2019 price index) - Inventory as on Dec 31,2019} × 2021 price index ÷ 2019 price index
= $1,000,000 + {($1,439,100 ÷ 1.23 × 1) - $1,000,000} × 1.23 ÷ 1
= $1,000,000 + ($1,170,000 - $1,000,000) × 1.23
= $1,000,000 + $209,100
= $1,209,100
