Answer:
Total deduction for the year = $48,956
Explanation:
You can deduct investigation expenses but only for new business that is in the same industry as your current business. In this case, Henrietta incurred in $42,500 expenses trying to expand her hotel business. Total deduction for the current year = $42,500.
If the investigation expenses are not related to your current business, e.g. restaurants, then you can capitalize the costs and amortize them only if you actually carried out the expansion.
You can deduct up to $5,000 during the first year but this amount decreases by $1 for every dollar above $50,000. Total immediate deduction = $4,400. The remaining $46,200 must be amortized over 180 months. Amortization per month = $46,200 / 180 = $257
Total amortization for year 1 = 8 months x $257 = $2,056
Total deduction for the year = $42,500 + $4,400 + $2,056 = $48,956
Answer:
to obtain 10,000 hours of light you would need:
option 1)
10 incandescent light bulbs costing $0.50 each = $5
this incandescent light bulbs will consume 60 x 10,000 = 60,000 watts or 60 kWh = 60 x $0.10 = $6 in electricity
total costs using incandescent light bulbs = $5 + $6 = $11
option 2)
1 fluorescent light bulb = $4
this fluorescent light bulb will consume 15 x 10,000 = 15,000 watts or 15 kWh = 15 x $0.10 = $1.50
total costs using fluorescent light bulbs = $4 + $1.50 = $5.50
Answer:
The answer to this question is E.database.
Explanation:
This is an example of<u> "deductive reasoning".</u>
Deductive reasoning is a coherent procedure in which a conclusion depends on the concordance of numerous premises that are commonly thought to be valid.
Deductive reasoning is sometimes alluded to as top-down logic. Its partner, inductive thinking, is some of the time alluded to as base up rationale. Where deductive thinking continues from general premises to an explicit end, inductive thinking continues from explicit premises to a general end.
Answer:
22.5
Explanation:
According to the given situation, the computation of the number of kanbans is shown below:-
Number of kanbans needed = [(Demand × Lead time) + (Demand × Safety stock)] ÷ Kanban size
= (750 × 0.5) + (750 × 0.25) ÷ 25
= 22.5
Therefore for computing the number of Kanbans we simply applied the above formula by considering all items
