This problem involves calculating the time required to complete a task based on the number of workers and the amount of work.
The total amount of work done is directly proportional to the number of men working and the number of days they work. We can express this relationship using the formula:
$Work = (Number of Men) × (Number of Days)$
Or, more generally, for two different scenarios:
$ \frac{M_1 \times D_1}{W_1} = \frac{M_2 \times D_2}{W_2} $
Where:
We are given:
We need to find \( D_2 \).
$ \frac{35 \times 8}{1} = \frac{16 \times D_2}{4} $
$ 280 = \frac{16 \times D_2}{4} $
$ 280 = 4 \times D_2 $
$ D_2 = \frac{280}{4} $
$ D_2 = 70 $
Therefore, 16 men will require 70 days to do four times the work.
The time required by 16 men to do four times the work is 70 days.
A and B can do a piece of work in 18 days. B and C together can do it in 30 days. If A is twice as good a workman as C, find in how many days B alone can do the work?
Two men and 7 women can complete a work in 28 days, whereas 6 men and 16 women can do the same work in 11 days. In how many days will 5 men and 4 women, working together, complete the same work?
A man and a woman, working together can do a work in 66 days. The ratio of their working efficiencies is 3 ∶ 2. In how many days 6 men and 2 women together can do the same work?
Each one of five men independently can complete a work in 20 days. The work is started by one person. Next day one more person joins and every next day one more person joins. From the fifth day, five persons continued working as a team. In how many days, will the work be completed?
Numan does half the work as Gagan in 4/5 of the time. If together they take 16 days to complete a piece of work, then how long will it take Gagan to complete the work?