SSC Selection Post Matric 202261)A, B and C can do one-third of a work in 15 days, 30 days and 10 days, respectively. A started the work. C joined him after 1 day and B joined them after 3 days of the beginning. For how many days did C work?
15
SSC Selection Post Matric 202262)A is 40% more efficient than B. If B finishes a work in 14 days , then in how many days will A finish the same work?
10
SSC Selection Post Matric 202263)A earns ₹2,250 in a day if he works for 8 hours a day. B earns ₹3,750 per day if he works for 6 hours a day. The ratio of the per hour wages of A to that of B is:
9 : 20
SSC Selection Post Matric 202264)A and B can do a piece of work in 24 days and 48 days, respectively. Working together, they completed the work in 12 days with the help of C. How long (in days) will C take to do five-sixth of the work all by himself?
40
SSC Selection Post Matric 202265)A can do a work in 10 days. He worked for 6 days and left the work. The remaining work was done by B in 8 days. In how many days can B alone do 65% of the work?
13
SSC Selection Post Matric 202266)A and B together can do a work in 16 days. If A alone can do the same work in 48 days, then in how many days can B alone do the same work?
24
SSC Selection Post Matric 202267)P can do a piece of work in 48 days and Q and do half of the same work in 30 days. If they both work together, in how many days can they complete three - eigth of the work?
10
SSC Selection Post Matric 202268)P sold a camera to Q at 32% profit. However, Q sold it to R at a loss of 20% . If R paid Rs.6,464 for the camera, what was the price (in Rs, to the nearest rupee) paid by P for it?
6,121
SSC Selection Post Matric 202269)A certain number of men can do a piece of work in 48 days. If there were 30 more men, it would take 18 days less to complete the work. The number of men, initially, is:
50
SSC Selection Post Matric 202270)A can do 50% of a work in 20 days and B can do \(66\frac{2}{3}\) % of the same work in 40 days. Both work together for 6 days. The remaining work is completed by C alone in 12 days. Working together, A, B and C will complete the same work in:
\(9\frac{3}{5}\) days