In 1 day 10 men do 1/15 of the work and 15 women do 1/12, so in 1 day working together they would do 1/15 + 1/12 ie 9/60 or 3/20 so it would take 6 and two-thirds days.
4 men are required
12 days
-- Mr. A. can complete the job in 12 days.-- He does 1/12 of the job in 1 day.-- Mr. B. is 60% as efficient as Mr. A. is.-- Mr. B. does (60% of 1/12) = 0.6/12 = 1/20 of the job in 1 day.-- It takes Mr. B. 20 days to do the same work.
Using logic, if it takes 14 days for 6 men to complete the task, then it would take 3 men 28 days. Continuing it would take one man84 days (3 x 28) to complete. So, now moving backwards, it would take 2 men 42 days (half of the 84) and 4 en 21 days (half of 42)
2 Days. 2 people x 5 days = 10 days of work. 10 days / 5 people=2 days
It might have been possible to answer the question is you had had the time to complete the question!
4 men are required
In 4 days!
Along with the stola, the pallawas the most common piece of clothing worn by women in ancient Rome.
12 days
-- Mr. A. can complete the job in 12 days.-- He does 1/12 of the job in 1 day.-- Mr. B. is 60% as efficient as Mr. A. is.-- Mr. B. does (60% of 1/12) = 0.6/12 = 1/20 of the job in 1 day.-- It takes Mr. B. 20 days to do the same work.
It takes 365 days to complete it.
They will take 4 days to complete the well.
No. It takes about 27.3 days for one revolution around the Earth, and the Earthand moon together take about 365 days for one revolution around the sun.
There are 17 complete weeks in 125 days.
Using logic, if it takes 14 days for 6 men to complete the task, then it would take 3 men 28 days. Continuing it would take one man84 days (3 x 28) to complete. So, now moving backwards, it would take 2 men 42 days (half of the 84) and 4 en 21 days (half of 42)
Together for Days was created in 1972.