Answer: Please see the required journals below:
Mar. 17:
Debit Allowance for doubtful accounts $1,000
Credit Accounts receivable $1,000
July 29:
Debit Cash $1,000
Credit Bad debt recovery (income statement) $1,000
Explanation: On March 17, when $275 was received from Shawn and the remaining balance of $1,000 was written off, the allowance for doubtful accounts has to be debited since the company adopts the allowance method of accounting for uncollectible receivables. Note that the allowance account would have the required buffer to take care of this debit. Similarly, when the recovery was made, cash would be debited then the credit would default to income statement.
In a perfectly competitive market bell computers will cause profits to increase by producing one more.
A hypothetical market system is referred to as perfect competition. Perfect competition offers a valuable model for illustrating how supply and demand influence pricing and behaviour in a market economy, despite perfect competition seldom occurring in actual markets.
One of the most efficiently operating markets is one with perfect competition, when a large number of buyers and suppliers cooperate perfectly. Sadly, it is a hypothetical event that does not occur in the real world. But in order to guarantee a fair price for all goods and services, markets should strive to be as similar to this type of market as feasible.
Learn more about perfectly competitive market here:
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Answer:
$1,099,203.00
Explanation:
In this question we have to find out the future value that is shown in the attachment below:
Provided that
Present value = $0
Rate of interest = 8% ÷ 2 = 4%
NPER = 25 years × 2 = 50 years
PMT = $1,200 × 6 months = $7,200
The formula is shown below:
= -FV(Rate;NPER;PMT;PV;type)
So, after solving this, the future value is $1,099,203.00
Answer:
true
Explanation:
long term means it will be used for a long time thus if the price is not constant and keeps rising it wont be effective
Answer:
(a) 3.2
(b) 10 minutes
(c) 0.8
Explanation:
Mean number of customer in service:
= Arrival rate ÷ service rate
= 24 in 60 min ÷ 30 in 60 min
= 24 ÷ 30
= 0.8
a) Average number of people in line:
= (Mean number of customer in service × arrival rate) ÷ (Service rate - arrival rate)
= 0.8 × (24 ÷ 6
)
= 3.2
b) Average time spend at the ticket office is = 10 minutes
c) Proportion of time server is busy:
= Arrival rate ÷ service rate
= (24 in 60 min ÷ 30 in 60 min)
= 24 ÷ 30
= 0.8
