Answer:
$100 per share
Explanation:
Complete question: <em>As a result of the stock dividend, Euclid's per share basis is $?</em>
<em />
The Total stock is 500 shares for $50,000 Basis = 50,000 / 500 = $100
Hence, Euclid's per share basis is = $100 per share
 
        
             
        
        
        
Answer:
The correct answer is letter "B": harmonization.
Explanation:
In economics, convergence refers to the fact that poor countries' income per capita increases at a faster pace than in rich countries. At a certain point in time, every country's income per capita should converge at the same point.
Several actions could be carried out to fasten that process such as standardizing labor conditions across the European Community (EC) or free-trade blocks such as the North American Free-Trade Agreement (NAFTA). <em>Once labor conditions have been subject to </em><u><em>harmonization</em></u><em> regardless of the region in the world, convergence will be a more attainable objective.</em>
 
        
             
        
        
        
Answer:
Explanation:
Selling price per unit (next year) = 30 + 10 % of 30 = $33
Variable cost per unit (next year) = 30 * 40 % = $12
Contribution per unit (next year) = Selling price per unit (next year) - Variable cost per unit (next year) = 33 - 12  = $21
Fixed expenses = $68,250
Break even point (in units) = Fixed expenses / Contribution per unit.
Break even point (in units) = 68,250 / 21
= $3,250
 
        
             
        
        
        
Answer:
 $360,308
Explanation:
The computation of the  total amount of interest revenue is shown below:
But before that we have to determine the annuity payment per year which is 
Annuity payment per year is 
= Fair value ÷ PVIFA for 10% for 5 years 
= $991,692 ÷ 5.868 
= $169,000
Now Total payments for eight years is 
= $169,000 × 8 
= $1,352,000
So, the amount of interest revenue is 
= Total payments made for eight years - Fair value 
= $1,352,000 - $991,692 
= $360,308
 
        
             
        
        
        
Answer:The answer is $17,387.67
Explanation:
Let Principal = P, Rate = R% per annum, Time = n years
Amount = P ( 1 + R/100)∧n
P = $800, R = 7.4%, n = 24
A = 800 ( 1 + 7.4/100)∧24
A = 800 ( 1 + 0.074)∧24
A = 800 ( 1 .074)∧24
A = 800 (5.547569512)
A = 800× 5.5475569512
A = $4,438.05
Deposit made at 39th birthday
P = $800, R = 7.4%, n = 39
A = 800 ( 1 + 7.4/100)∧39
A = 800 (1 + 0.074)∧39
A = 800 (1.074)∧39
A = 800 (16.187022604)
A = 800× 16.187022604
A = $12,949.62
How much is in the IRA when Bob retires will be 
$4,438.05 + 12,949.62
= $17,387.67