Answer:
<em>1</em><em>. </em><em>Economies of scale.</em>
<em>2</em><em>. </em><em>Capital requirements</em><em>.</em>
<em>3</em><em>. </em><em>Product differentiation. </em>
Answer:
The amount of income that David will report this year if he elects to amortize the bond premium is $455.94.
Explanation:
This can be calculated as follows:
Interest income = Carrying value of the bond * Yield to maturity…………….. (1)
Where;
Carrying value of the bond = $13,410
Yield to maturity = 3.4%
Substituting the values into equation (1), we have:
Interest income = $13,410 * 3.4% = $455.94
Therefore, the amount of income that David will report this year if he elects to amortize the bond premium is $455.94.
Answer:
B. 26,000, 24,000.
Explanation:
Stock Company
Equivalent units
Particulars Units % of Completion Equivalent Units
Mat. Conversion Mat. Conversion
Transferred Out 23000 100 100 23000 23000
<u>Ending WIP 3000 100 331/3% 3000 999.9= 1000</u>
<u>Total Equivalent units 26000 24000</u>
<u />
The Equivalent units can be calculated either by adding the units transferred out and ending WIP or by adding beginning WIP and units started.
Equivalent units for materials 26000
and Equivalent units for conversion are: 24000
Answer:
Variable cost per unit = $4.60
Explanation:
To calculate the element of variable cost in a mix cost using high-low method, we need to take the cost of the highest activity level and subtract the cost of the lowest activity level from it and divide the answer by the difference between the highest and the lowest activity levels.
<u>High-low method</u>
- Variable cost per unit = (Highest Activity Cost - Lowest Activity Cost) / (Highest Activity Units - Lowest Activity Units)
- Variable cost per unit = (66436 - 60226) / (2660 - 1310) = $4.60 per unit
