Answer:
45.62 days
Explanation:
For computing the average number of days receivables, first, we have to calculate the account receivable ratio. The formula is shown below:
Account receivable ratio = Net credit sales ÷ Average accounts receivable
where,
Average account receivable = (Beginning account receivable balance + ending account receivable balance) ÷ 2
Now put these values to the above formula
So, the answer would be equal to
= $480,000 ÷ ($40,000 + $80,000 ÷ 2)
= $480,000 ÷ $60,000
= 8 times
Now, the average level of receivables equals to
= Total number of days in a year ÷ Account receivable ratio
= 365 days ÷ 8
= 45.62 days
Answer:
D they both will increase
Explanation:
Goodluck on that.
Answer:
Insolvent banks;Solvent banks.
Explanation:
A bank run can be defined as a situation where bank clients or depositors make withdrawals of their money simultaneously from banks as a result of being scared or afraid the depository institution will run out of cash (bankruptcy) and become insolvent.
The problem with bank runs is not that insolvent banks will fail; they are, after all, bankrupt and need to be shut down. The problem is that bank runs can cause solvent banks to fail and spread to the rest of the financial system.
In order to counter the problem with bank runs, the Federal Deposit Insurance Corporation (FDIC) was established on the 16th of June, 1933.
Furthermore, to avoid bank runs or other financial institutions from being insolvent, the Federal Reserve (Fed) and Central banks (lender of last resort) are readily accessible and available to give monetary funds to these institutions when they're running out of money and as well as regulate their activities.
Answer:
$ 5.34
Explanation:
Calculation for cost per equivalent unit for conversion costs for September
First step is to find the Equivalent units of production
To complete beginning work-in-process:
Conversion 12,000
[15,000 units × (100%-20% )]
Units started and completed 65,000
(89,000-24,000)
Ending work-in-process
Conversion 21,600
(24,000 units × 90%)
Equivalent units of production 98,600
Second step is to calculate the Cost per equivalent unit using this formula
Cost per equivalent unit =Cost added during the period ÷Equivalent units of production
Let plug in the formula
Cost per equivalent unit = $526,524÷98,600
Cost per equivalent unit = $5.34
Therefore The cost per equivalent unit for conversion costs for September is closest to $ 5.34
Answer:
B. the passage of time.
Explanation:
Price elasticity of supply measures how sensitive quantity supplied are to changes in price.
Price elasticity of supply is determined by the passage of time.
Typically, in the short run, the elasticity of supply is usually inelastic. Prices do not usually impact quantity supplied because in the short run, some of the factors of production are fixed. But in the long run, the price elasticity of supply are more elastic.
The other factors listed above in the options affect the price elasticity of demand.
