Answer:
4,845 cranks
Explanation:
Given that
Production per hour = 100 crank
Hours per day = 12
Days per week = 5
Available time = 95%
Achieved efficiency level = 85%
Production per day
= hours per day × production per hour
= 12 × 100
= 1,200 crank
Production per week = Days per week × Production per day
= 5 × 1,200
= 6,000 cranks
Adjusted output of maintenance = Available time × Production per week
= 0.95 × 6,000 cranks
= 5,700 units
Weekly output = Achieved efficiency × Adjusted output of maintenance
= 0.85 × 5,700
= 4,845 cranks
Answer:
C. 20.00 percent
Explanation:
The computation of the accounting rate of return is shown below:
The formula to compute the accounting rate of return is shown below:
= Annual net income ÷ initial investment
where,
Annual net income is
= Net cash flows - depreciation expense
= $12,000 - $6,000
= $6,000
And, the initial investment is $30,000
So, the accounting rate of return on initial investment is
= $6,000 ÷ $30,000
= 20%
The depreciation expense is
= $30,000 ÷ 5 years
= $6,000
Answer:
The solution and the calculation for this question is shown on the first, second , third , fourth and fifth image
Explanation:
Answer:
Explanation:
If we look at the term "Promiscuous" pollinator, it is meant by when the long-nosed fly does not stick to one plant species, but go to any other flower species. The members of the guild have evolved to deposit their pollen on differing parts of the nectar-seeking fly, each part characteristic of the plant species. Characteristics evolved in plants to improve pollination efficiency by a “promiscuous” pollinator is when the even though the female reproductive structure prevent them from getting the “right” pollen, the stigmata of plants in the guild of mega nosed fly do not clog because among those plants. The long-nosed flies obviously get privileged access to pools of nectar.The plants pollinated by long-nosed flies benefit from a near-exclusive pollen courier service.
