In the scenario above, the technology that Abdul used is an
example of voice mail communication. This method is employed by having voice
messages to be stored in an electronic manner in which is intended to be
retrieved by those recipients who are going to contact the person using this
method.
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Answer:
$6,666.67 and $10,000
Explanation:
The computation of the depreciation expense for the year 2017 and 2018 is shown below:
= (Original cost - residual value) ÷ (useful life)
= ($88,000 - $8,000) ÷ (8 years)
= ($80,000) ÷ (8 years)
= $10,000
Since the machinery is purchased on April 30 and we assume the books are closed on December 31 so the number of months calculated is 8 months
Therefore for the year 2017 the depreciation expense is
= $10,000 × 8 months ÷ 12 months
= $6,666.67
And, for the year 2018 the depreciation expense is same i.e $10,000
Answer:
a. $295.81
Explanation:
Total market value = (310 * 10.2) + (260 * 20.4)
Total market value = 3,162 + 5,304
Total market value = 8466
Joint cost allocated to L on basis of value
= [ (310 * 10.2) / 8,466] * 792
= (3,162 / 8,466) * 792
= $295.81
Answer:
The correct answer is d. $0.31 per client-visit; $24,766 per month.
Explanation:
The costs can be of fixed nature or a variable nature or of a mixed nature. A mixed costs contains a component of both fixed and variable costs. The high-low method is used to calculate the variable component per unit of a mixed cost. Th formula for high low method is:
Variable cost per unit = (Highest activity cost - Lowest activity cost) / (Highest activity level - Lowest activity level)
the highest activity is in June, 13400 client visits and the highest cost is also of this activity. The lowest activity is in August, 11207 client visits and the lowest cost belongs to this activity.
Variable cost per unit = (28920 - 28235) / (13400 - 11207)
Variable cost per unit = $0.31 rounded off to two decimal places
The fixed cost = Total cost - total variable cost
Taking 13400 activity,
The fixed component is = 28920 - (0.31 * 13400) = $24766 per month
Thus, the correct answer is d.
