Answer:
Allison should record the purchase at $5880
Explanation:
The net method for recording purchases implies that the purchases is recorded net of the envisaged cash discount on the transaction since the purchaser believes they would settle their account before the cash discount period expires.
Based on the above, the purchases would be recorded as shown below:
cost of purchase=original purchase value*(100%-discount rate)
original purchase price is $6,000
discount rate is 2%
cost of purchase=$6000*(100%-2%)
=$6000*98%
=$5880
Answer:
Option D. management estimates the amount of uncollectibles
Explanation:
When the company estimates the bad debts, reflects it in the balance sheet through a Debit entry in the Bad Debt Expenses againts the asset account Allowance for Doubtful Accounts as a Credit.
When the bad debt are confirm as uncollectible the loss is reflected in the Account Receivable as a Credit with the correspondent debit entry in the Allowance for Doubtful Accounts.
Answer:
D. is the rate that banks charge each other for short-term loans of excess reserves.
Explanation:
The federal reserves require banks to maintain a certain amount in their vaults to cater for possible withdraws. At the close of business every day, banks have to confirm they have the required amount. Should a bank fail to meet the requirement, it can borrow from other banks that have a surplus. The interest rate that banks charge each other for these transactions is the fed fund rate.
The Fed set the fund rate. It may increase or decrease it depending on the prevailing market condition. The banks use the fund rate set to determine the interest rates to be charged on loans and mortgages. A high fund rate means high-interest rates.
Answer:
See answer below
Explanation:
1. Degree of operating leverage
Selling price $126,000
Variable cost $50,400
Contribution margin $75,600
Fixed cost $23,000
Net operating income $52,600
Degree of operating leverage = Contribution margin / operating income = $75,600 / $52,600
= 1.44
Answer:
C = 0.05*x + 34
Explanation:
There are several ways to approach this problem. However, we will follow a logical and simple procedure.
It is always possible to write any linear equation as:
y = mx + b, where:
m = slope
b = y-intercept (value when x = 0)
The problem statement guarantees us that b=34, because if we do not drive any mile (x=0), then the cost should be equal to $ 34. Also, we know that m=0.05, because every driven mile (increase in x by 1) the cost should increase by $5. Therefore, we can write the linear equation as:
y = 0.05x + 34
Changing the dependent variable y for C (to relate it with the cost) we have that:
C = 0.05x + 34
