Question
The situation in a production process where each
successive unit of input contributes more output than the previous unit is explained by the law of:Solution
The law of increasing returns applies in the initial phase of input use when marginal productivity rises due to better input utilization or synergy among inputs.
A work can be completed by ‘A’ and ‘B’, alone in 10 days and 15 days, respectively. Find the number of days taken by ‘C’ to complete the sam...
‘R’ and ‘S’ can do a piece of work in 20 days and 30 days, respectively. ‘R’ started working alone and was replaced by ‘S’ after 10 days...
‘A’ alone can do some work in 13 days. ‘B’ and ‘C’ together can do the same work in 18 days. If ‘B’ is half as efficient as ‘A’, the...
5 girls can do a piece of work in 9 days, 4 boys can do the same piece of work in 8 days, 6 men do the same piece of work in 2 days and 4 women can do t...
P alone can finish a piece of work ‘M’ in 6 days while Q takes 3 days to finish it alone. P, Q and R working together can finish the work &l...
The team of A B and C was supposed to complete a piece of work. Working alone, A could have completed the same work in 190 hours. B could have completed...
'A' and 'B' together can do a piece of work in 12 days while 'B' and 'C' together can do the same work in 15 days. 'A' started the work alone and worke...
20 women can complete a task in 10 days by working 6 hours per day. How many women are required to complete the task in 5 days by working 8 hours per day?
'Amit' and 'Bittu' alone can do some work in 24 hours and 20 hours, respectively. 'Amit' and 'Charu' together can do 60% of the work in __ hours. 'Bittu...
X can do a piece of work in 20 days. He worked at it for 5 days and then Y finished it in 15 days. In how many days can X and Y together finish the work?
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