Answer:
A. Received cash by issuing common stock
Debit: Cash
Credit: common stock
B. Received cash for services to be performed in the future.
Debit: Cash
Credit: unearned revenue.
C. Paid salaries payable
Debit: salaries payable
Credit: cash
D. Provided services on account.
Debit: accounts receivable
Credit: service revenue
E. Paid cash for operating expenses
Debit: operating expenses
Credit: cash
Explanation:
A. Received cash by issuing common stock
Debit: Cash
Credit: common stock
B. Received cash for services to be performed in the future.
Debit: Cash
Credit: unearned revenue.
C. Paid salaries payable
Debit: salaries payable
Credit: cash
D. Provided services on account.
Debit: accounts receivable
Credit: service revenue
E. Paid cash for operating expenses
Debit: operating expenses
Credit: cash
Answer:
Total amount of dividends paid over the last three years is $20500
Explanation:
The net income of the company is either retained in the company or paid out as dividends. To calculate the value of the ending retained earnings, we use the following formula,
Ending balance = Beginning balance + Net Income - Dividends
We first need to calculate the total net income for the 3 year period. The total net income for the 3 year period is, 3 * 6500 = $19500
Plugging in the available values for the ending and beginning balance of retained earnings and net income, we can calculate the value of total dividends paid for the three year period.
15000 = 16000 + 19500 - Dividends
Dividends = 35500 - 15000
Dividends = $20500
Answer:
The appropriate solution is "$2.91". A further explanation is given below.
Explanation:
Seems that the given question is incomplete. Below is the attachment of the full problem.
According to the question,
Common dividend,
= 509.83
Shares outstanding,
= 175
Now,
The dividend per share will be:
= 
On substituting the values, we get
= 
= 
or,
= 
Answer:
$109.80 per unit
Explanation:
For we to be able to calculate the or solve the problem, we are to use the following method
Firstly
Variable cost per unit = $728,190 ÷ 8,700 units
Variable cost per unit = $83.70 per unit
Secondly
Fixed cost per unit at 8,900 units = $232,290 ÷ 8,900 units
Fixed cost per unit = $26.10 per unit
Lastly
Total cost = Variable cost + Fixed cost
Which we have as;
Total cost = $83.70 per unit + $26.10 per unit
Total cost = $109.80 per unit
Answer:
bond's selling price is $6154
Explanation:
given data
face value = $5,000
interest = 8 % of face value
rate = 6.5 %
to find out
bond's selling price
solution
we find interest that is
interest = 8 % of face value
interest = 8 % × 5000
interest = 400
so we consider bond selling price is x
so
bond selling equation will be
interest = rate × bond selling price
400 = 0.065 × x
x = 6154
so bond's selling price is $6154
