Answer:
Earnings per share
= <u>Net income - Preferred dividend </u>
No of common stocks outstanding
= <u>$1,500,000 - 0</u>
1,000,000 shares
= $1.50 per share
P/E ratio = <u>Market price per share</u>
Earnings per share
15 = <u>Market price per share</u>
$1.50
Market price per share = 15 x $1.50
= $22.50
Explanation:
In this question, there is need to calculate earnings per share by dividing net income by number of common stocks outstanding. Thereafter, we will apply P/E ratio formula, where P/E ratio and earnings per share are known. We will make market price per share the subject of the formula.
Answer:
Demographic variable
Explanation:
Rhoda describes her typical customer as female between the ages of 22 and 35 with at least two years of college education and a household income above $50,000 annually. Rhoda is using demographic variables to describe her customers. A demographic variable is a variable that is collected by researchers to describe the nature and distribution of the sample used with deductive statistics, these are variables such as age, gender, educational level e.t.c. Rhoda describes her typical customer as female between the ages of 22 and 35 with at least two years of college education and a household income above $50,000 annually therefore Rhoda was formulating her customer profile by using information such as gender, age, education level and income level.
Answer:
cash 595,900 debit
bonds payable 590,000 credit
premium on bonds 5,900 credit
Explanation:
We have to record the issuance of the bonds:
<em><u>cash proceeds:</u></em>
face value x quote:
590,000 x 101/100 = 595,900
face value <u> (590,000)</u>
<em>premium </em> 5,900
<em>There is a premium as we are receiving more than we are going to pay at maturity.</em>
We will debit the cash proceeds form the bond
and credit the bonds and premium
Answer:
(receive higher wages that reflect an increase in their value of marginal product.)
Answer:
$150,000
Explanation:
The computation of value of ending inventory under absorption costing is shown below:-
Total Cost per unit = Direct Material per unit + Direct Labor per unit + Variable Overhead per unit + Fixed Overhead per unit
= $5 + $4 + $3 + ( $200,000 ÷ 25,000 units)
= $5 + $4 + $3 + $8
= $20
Ending Inventory in units = Units produced - Units sold
= 25,000 - 17,500
= 7,500
Cost of Ending Inventory = Total Cost per unit × Ending Inventory units
= $20 × 7,500
= $150,000
So, for computing the cost of ending inventory we simply multiply the total cost per unit with ending inventory units.
