This solution explains how to find the number of days Ajay needs to complete a work, given Sameer's time and Ajay's increased efficiency.
The rate of work is the amount of work done per unit of time. If Sameer completes a work in 16 days, we can represent his rate.
Ajay's efficiency is 60% more than Sameer's. This means Ajay works faster.
The time taken to complete the work is inversely proportional to the work rate. We need to find the time Ajay takes ($T_A$).
Therefore, Ajay will complete the work in 10 days.
20 women can do work in 16 days. 10 men can complete the same work in 12 days. What is the ratio between the efficiency of a man and a woman?
A and B can complete a task in 12 days together. A is 25% more efficient than B. What percentage of the work is done by A alone?
Sumi can complete a job working 5 hours per day in 2 days. If she doubles her working hours per day, then in how many days will she complete the work?
Five men and 2 boys can do in 30 days as much work as 7 men and 10 boys can do in 15 days. How many boys should join 40 men to do the same work in 4 days?
A man completes 7/8 of a job in 21 days. How many more days will it take him to finish the job if quantum of work further increased by 50%?
24 men and 12 women can do a piece of work in 30 days. In how many days can 12 men and 24 women do the same piece of work?
3 men working 7 hours a day can complete a piece of work in 45 days. In how many days will 9 men working 6 hours a day complete the same work?