1. Question 1 of 100

   A, B, and C can complete a piece of work in 12, 18, and 36 days respectively. They undertake the work together for a total payment of Rs. 6,600. What is A's share?

   A Rs. 2,200 B Rs. 1,100 C Rs. 3,960 D Rs. 3,300
2. Question 2 of 100

   A can complete a work in 9 days and B can complete it in 12 days. A starts the work alone and works for 4 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

   A 6 2/3 days B 10 days C 4 4/9 days D 8 days
3. Question 3 of 100

   A can complete a work in 12 days and B can complete it in 18 days. A starts the work alone and works for 5 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

   A 10 1/2 days B 15 3/4 days C 7 days D 13 days
4. Question 4 of 100

   A, B, and C can individually complete a task in 9, 18, and 36 days respectively. Working together, in how many days will they finish the task?

   A 21 days B 10 2/7 days C 5 1/7 days D 6 1/7 days
5. Question 5 of 100

   A can complete a piece of work in 24 days. A and B working together can complete the same work in 16 days. In how many days can B alone complete the work?

   A 8 days B 72 days C 32 days D 48 days
6. Question 6 of 100

   15 men working 6 hours per day can complete a job in 10 days. In how many days can 12 men, working 5 hours per day, complete the same job?

   A 12 1/2 days B 15 days C 30 days D 18 days
7. Question 7 of 100

   A can complete a work in 20 days and B can complete it in 30 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

   A 24 days B 25 days C 36 days D 28 4/5 days
8. Question 8 of 100

   12 men working 4 hours per day can complete a job in 15 days. In how many days can 10 men, working 6 hours per day, complete the same job?

   A 18 days B 24 days C 15 days D 12 days
9. Question 9 of 100

   A can do a piece of work in 20 days and B can do it in 30 days. They complete the work together and are paid Rs. 10,000 in total. What is A's share of the payment?

   A Rs. 5,000 B Rs. 3,600 C Rs. 7,200 D Rs. 6,000
10. Question 10 of 100

    Pipe A can fill a tank in 15 hours and Pipe B can fill the same tank in 25 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 20 hours B 9 3/8 hours C 18 3/4 hours D 10 3/8 hours
11. Question 11 of 100

    A can complete a piece of work in 6 days and B can complete it in 9 days. In how many days can they complete it working together?

    A 7 1/2 days B 3 3/5 days C 7 1/5 days D 5 1/2 days
12. Question 12 of 100

    Two inlet pipes can individually fill a tank in 15 hours and 20 hours, while an outlet pipe can empty the full tank in 60 hours. If all three pipes are opened together, in how much time will the tank be filled?

    A 17 1/2 hours B 10 hours C 20 hours D 12 hours
13. Question 13 of 100

    A can complete a work in 15 days and B can complete it in 20 days. A starts the work alone and works for 6 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

    A 18 days B 8 days C 14 days D 12 days
14. Question 14 of 100

    A can complete a work in 14 days and B can complete it in 21 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

    A 17 1/2 days B 25 days C 16 2/3 days D 17 2/3 days
15. Question 15 of 100

    A is 60% more efficient than B. If B alone takes 16 days to complete a task, how many days will A alone take?

    A 10 days B 25 3/5 days C 20 days D 12 days
16. Question 16 of 100

    A can complete a piece of work in 12 days. A and B working together can complete the same work in 8 days. In how many days can B alone complete the work?

    A 4 days B 24 days C 36 days D 16 days
17. Question 17 of 100

    20 men can complete a piece of work in 10 days. In how many days can 25 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 12 1/2 days B 16 days C 10 days D 8 days
18. Question 18 of 100

    Two inlet pipes can individually fill a tank in 10 hours and 15 hours, while an outlet pipe can empty the full tank in 30 hours. If all three pipes are opened together, in how much time will the tank be filled?

    A 12 1/2 hours B 15 hours C 9 1/2 hours D 7 1/2 hours
19. Question 19 of 100

    A is 20% more efficient than B. If B alone takes 25 days to complete a task, how many days will A alone take?

    A 30 days B 41 2/3 days C 20 5/6 days D 22 5/6 days
20. Question 20 of 100

    An inlet pipe can fill a tank in 10 hours, while an outlet pipe can empty the full tank in 15 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 12 1/2 hours B 30 hours C 60 hours D 29 hours
21. Question 21 of 100

    A can complete a work in 8 days and B can complete it in 12 days. A starts the work alone and works for 3 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

    A 11 1/4 days B 5 days C 7 1/2 days D 9 days
22. Question 22 of 100

    A can complete a work in 8 days and B can complete it in 12 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

    A 10 days B 14 1/4 days C 10 1/2 days D 9 1/2 days
23. Question 23 of 100

    An inlet pipe can fill a tank in 12 hours, while an outlet pipe can empty the full tank in 20 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 16 hours B 60 hours C 30 hours D 29 hours
24. Question 24 of 100

    A is 3 times as efficient as B. If B alone can complete a piece of work in 30 days, in how many days can A alone complete the same work?

    A 90 days B 10 days C 33 days D 15 days
25. Question 25 of 100

    A, B, and C can individually complete a task in 10, 15, and 30 days respectively. Working together, in how many days will they finish the task?

    A 5 days B 18 1/3 days C 10 days D 6 days
26. Question 26 of 100

    20 men working 5 hours per day can complete a job in 8 days. In how many days can 16 men, working 10 hours per day, complete the same job?

    A 10 days B 8 days C 5 days D 6 days
27. Question 27 of 100

    A is 5 times as efficient as B. If B alone can complete a piece of work in 25 days, in how many days can A alone complete the same work?

    A 125 days B 30 days C 5 days D 12 1/2 days
28. Question 28 of 100

    A can complete a piece of work in 10 days and B can complete it in 25 days. In how many days can they complete it working together?

    A 17 1/2 days B 14 2/7 days C 9 1/2 days D 7 1/7 days
29. Question 29 of 100

    An inlet pipe can fill a tank in 20 hours, while an outlet pipe can empty the full tank in 30 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 25 hours B 60 hours C 120 hours D 59 hours
30. Question 30 of 100

    10 men can complete a piece of work in 20 days. In how many days can 5 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 40 days B 10 days C 80 days D 42 days
31. Question 31 of 100

    Pipe A can fill a tank in 8 hours and Pipe B can fill the same tank in 24 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 16 hours B 12 hours C 7 hours D 6 hours
32. Question 32 of 100

    Pipe A can fill a tank in 9 hours and Pipe B can fill the same tank in 27 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 6 3/4 hours B 18 hours C 13 1/2 hours D 7 3/4 hours
33. Question 33 of 100

    A is 3 times as efficient as B. If B alone can complete a piece of work in 24 days, in how many days can A alone complete the same work?

    A 72 days B 27 days C 12 days D 8 days
34. Question 34 of 100

    18 men can complete a piece of work in 12 days. In how many days can 9 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 6 days B 24 days C 48 days D 26 days
35. Question 35 of 100

    A can complete a piece of work in 12 days and B can complete it in 18 days. In how many days can they complete it working together?

    A 15 days B 7 1/5 days C 14 2/5 days D 11 1/2 days
36. Question 36 of 100

    A is 50% more efficient than B. If B alone takes 15 days to complete a task, how many days will A alone take?

    A 22 1/2 days B 10 days C 20 days D 12 days
37. Question 37 of 100

    10 men working 8 hours per day can complete a job in 12 days. In how many days can 8 men, working 10 hours per day, complete the same job?

    A 12 days B 15 days C 24 days D 14 2/5 days
38. Question 38 of 100

    15 men can complete a piece of work in 16 days. In how many days can 12 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 20 days B 12 4/5 days C 40 days D 22 days
39. Question 39 of 100

    A, B, and C can complete a piece of work in 10, 15, and 30 days respectively. They undertake the work together for a total payment of Rs. 7,700. What is A's share?

    A Rs. 2,566.67 B Rs. 1,283.33 C Rs. 3,850 D Rs. 4,620
40. Question 40 of 100

    An inlet pipe can fill a tank in 18 hours, while an outlet pipe can empty the full tank in 27 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 22 1/2 hours B 108 hours C 53 hours D 54 hours
41. Question 41 of 100

    A can do a piece of work in 15 days and B can do it in 20 days. They complete the work together and are paid Rs. 7,000 in total. What is A's share of the payment?

    A Rs. 3,500 B Rs. 4,000 C Rs. 2,700 D Rs. 4,800
42. Question 42 of 100

    A can do a piece of work in 9 days and B can do it in 12 days. They complete the work together and are paid Rs. 4,200 in total. What is A's share of the payment?

    A Rs. 2,100 B Rs. 1,620 C Rs. 2,400 D Rs. 2,880
43. Question 43 of 100

    If A is twice as efficient as B, and B takes 'x' days to complete a task alone, how long will A take to complete it alone?

    A x/2 days B 2x days C x days D x + 2 days
44. Question 44 of 100

    A can complete a piece of work in 20 days. A and B working together can complete the same work in 12 days. In how many days can B alone complete the work?

    A 30 days B 8 days C 45 days D 20 days
45. Question 45 of 100

    An inlet pipe can fill a tank in 9 hours, while an outlet pipe can empty the full tank in 15 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 12 hours B 45 hours C 22 1/2 hours D 21 1/2 hours
46. Question 46 of 100

    12 men can complete a piece of work in 15 days. In how many days can 10 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 12 1/2 days B 18 days C 36 days D 20 days
47. Question 47 of 100

    A, B, and C can individually complete a task in 12, 18, and 36 days respectively. Working together, in how many days will they finish the task?

    A 22 days B 6 days C 12 days D 7 days
48. Question 48 of 100

    25 men can complete a piece of work in 8 days. In how many days can 20 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 6 2/5 days B 20 days C 10 days D 12 days
49. Question 49 of 100

    A, B, and C can individually complete a task in 10, 20, and 30 days respectively. Working together, in how many days will they finish the task?

    A 20 days B 10 10/11 days C 6 5/11 days D 5 5/11 days
50. Question 50 of 100

    8 men can complete a piece of work in 24 days. In how many days can 6 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 18 days B 64 days C 32 days D 34 days
51. Question 51 of 100

    A is 25% more efficient than B. If B alone takes 20 days to complete a task, how many days will A alone take?

    A 16 days B 25 days C 32 days D 18 days
52. Question 52 of 100

    A, B, and C can individually complete a task in 6, 12, and 24 days respectively. Working together, in how many days will they finish the task?

    A 3 3/7 days B 14 days C 6 6/7 days D 4 3/7 days
53. Question 53 of 100

    A is 3 times as efficient as B. If B alone can complete a piece of work in 18 days, in how many days can A alone complete the same work?

    A 54 days B 21 days C 9 days D 6 days
54. Question 54 of 100

    A can do a piece of work in 6 days and B can do it in 9 days. They complete the work together and are paid Rs. 3,000 in total. What is A's share of the payment?

    A Rs. 1,800 B Rs. 1,500 C Rs. 1,080 D Rs. 2,160
55. Question 55 of 100

    An inlet pipe can fill a tank in 8 hours, while an outlet pipe can empty the full tank in 12 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 10 hours B 48 hours C 23 hours D 24 hours
56. Question 56 of 100

    A is 2 times as efficient as B. If B alone can complete a piece of work in 20 days, in how many days can A alone complete the same work?

    A 10 days B 40 days C 22 days D 12 days
57. Question 57 of 100

    A can complete a piece of work in 30 days. A and B working together can complete the same work in 20 days. In how many days can B alone complete the work?

    A 10 days B 90 days C 60 days D 40 days
58. Question 58 of 100

    A can complete a piece of work in 15 days. A and B working together can complete the same work in 10 days. In how many days can B alone complete the work?

    A 5 days B 30 days C 45 days D 20 days
59. Question 59 of 100

    16 men can complete a piece of work in 18 days. In how many days can 12 men complete the same work, assuming the same daily working hours and individual efficiency?

    A 13 1/2 days B 48 days C 26 days D 24 days
60. Question 60 of 100

    Pipe A can fill a tank in 6 hours and Pipe B can fill the same tank in 18 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 4 1/2 hours B 12 hours C 9 hours D 5 1/2 hours
61. Question 61 of 100

    A is 2 times as efficient as B. If B alone can complete a piece of work in 15 days, in how many days can A alone complete the same work?

    A 30 days B 17 days C 7 1/2 days D 9 days
62. Question 62 of 100

    Pipe A can fill a tank in 12 hours and Pipe B can fill the same tank in 20 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 16 hours B 15 hours C 7 1/2 hours D 8 1/2 hours
63. Question 63 of 100

    A can complete a piece of work in 18 days and B can complete it in 27 days. In how many days can they complete it working together?

    A 10 4/5 days B 22 1/2 days C 21 3/5 days D 17 1/2 days
64. Question 64 of 100

    25 men working 8 hours per day can complete a job in 6 days. In how many days can 20 men, working 10 hours per day, complete the same job?

    A 6 days B 7 1/2 days C 12 days D 9 days
65. Question 65 of 100

    A, B, and C can individually complete a task in 8, 12, and 24 days respectively. Working together, in how many days will they finish the task?

    A 14 2/3 days B 8 days C 4 days D 5 days
66. Question 66 of 100

    A can complete a piece of work in 18 days. A and B working together can complete the same work in 12 days. In how many days can B alone complete the work?

    A 36 days B 6 days C 54 days D 24 days
67. Question 67 of 100

    A can complete a work in 20 days and B can complete it in 30 days. A starts the work alone and works for 10 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

    A 22 1/2 days B 15 days C 10 days D 20 days
68. Question 68 of 100

    A can complete a work in 6 days and B can complete it in 9 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

    A 7 1/2 days B 7 days C 10 1/2 days D 8 days
69. Question 69 of 100

    In a 'pipes and cisterns' problem, if an outlet pipe (which empties a tank) works alongside an inlet pipe (which fills it), the net rate of filling is found by:

    A Adding both rates together B Multiplying both rates together C Subtracting the outlet pipe's rate from the inlet pipe's rate D Ignoring the outlet pipe's effect entirely
70. Question 70 of 100

    A can complete a piece of work in 14 days and B can complete it in 21 days. In how many days can they complete it working together?

    A 17 1/2 days B 16 4/5 days C 8 2/5 days D 13 1/2 days
71. Question 71 of 100

    A can complete a work in 12 days and B can complete it in 18 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

    A 15 days B 21 1/2 days C 14 1/3 days D 15 1/3 days
72. Question 72 of 100

    A can complete a piece of work in 16 days and B can complete it in 24 days. In how many days can they complete it working together?

    A 20 days B 9 3/5 days C 19 1/5 days D 15 1/2 days
73. Question 73 of 100

    Pipe A can fill a tank in 20 hours and Pipe B can fill the same tank in 60 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 40 hours B 30 hours C 16 hours D 15 hours
74. Question 74 of 100

    In problems combining the work rates of two people working together, the correct approach is to:

    A Add the number of days each person takes individually B Add their individual one-day work rates (fractions of work per day), then take the reciprocal of the sum C Average the number of days each takes individually D Subtract the smaller number of days from the larger
75. Question 75 of 100

    A can complete a work in 10 days and B can complete it in 15 days. They work on alternate days, with A starting first (A works on day 1, B on day 2, and so on). In how many days will the work be completed?

    A 12 1/2 days B 12 days C 18 days D 13 days
76. Question 76 of 100

    A can complete a piece of work in 20 days and B can complete it in 30 days. In how many days can they complete it working together?

    A 25 days B 24 days C 12 days D 19 1/2 days
77. Question 77 of 100

    A is 4 times as efficient as B. If B alone can complete a piece of work in 20 days, in how many days can A alone complete the same work?

    A 5 days B 80 days C 24 days D 10 days
78. Question 78 of 100

    If A can complete a piece of work in 'n' days, A's one-day work (work rate) is:

    A n times the total work B n/2 of the total work C The total work itself D 1/n of the total work
79. Question 79 of 100

    Pipe A can fill a tank in 10 hours and Pipe B can fill the same tank in 30 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 20 hours B 15 hours C 7 1/2 hours D 8 1/2 hours
80. Question 80 of 100

    A can complete a piece of work in 10 days. A and B working together can complete the same work in 6 days. In how many days can B alone complete the work?

    A 4 days B 22 1/2 days C 10 days D 15 days
81. Question 81 of 100

    A can complete a piece of work in 9 days and B can complete it in 12 days. In how many days can they complete it working together?

    A 10 1/2 days B 10 2/7 days C 8 1/2 days D 5 1/7 days
82. Question 82 of 100

    A can complete a piece of work in 24 days and B can complete it in 36 days. In how many days can they complete it working together?

    A 30 days B 28 4/5 days C 14 2/5 days D 23 1/2 days
83. Question 83 of 100

    A can complete a piece of work in 8 days and B can complete it in 12 days. In how many days can they complete it working together?

    A 10 days B 9 3/5 days C 7 1/2 days D 4 4/5 days
84. Question 84 of 100

    A can complete a work in 10 days and B can complete it in 15 days. A starts the work alone and works for 4 days, after which B takes over and finishes the remaining work alone. In how many days does B finish the remaining work?

    A 13 1/2 days B 6 days C 11 days D 9 days
85. Question 85 of 100

    A can complete a piece of work in 40 days. A and B working together can complete the same work in 24 days. In how many days can B alone complete the work?

    A 16 days B 90 days C 60 days D 40 days
86. Question 86 of 100

    Two inlet pipes can individually fill a tank in 8 hours and 12 hours, while an outlet pipe can empty the full tank in 24 hours. If all three pipes are opened together, in how much time will the tank be filled?

    A 10 hours B 12 hours C 6 hours D 8 hours
87. Question 87 of 100

    A can do a piece of work in 10 days and B can do it in 15 days. They complete the work together and are paid Rs. 5,000 in total. What is A's share of the payment?

    A Rs. 3,000 B Rs. 2,500 C Rs. 1,800 D Rs. 3,600
88. Question 88 of 100

    A, B, and C can individually complete a task in 15, 20, and 60 days respectively. Working together, in how many days will they finish the task?

    A 31 2/3 days B 15 days C 8 1/2 days D 7 1/2 days
89. Question 89 of 100

    A is 2 times as efficient as B. If B alone can complete a piece of work in 18 days, in how many days can A alone complete the same work?

    A 36 days B 9 days C 20 days D 10 4/5 days
90. Question 90 of 100

    A, B, and C can individually complete a task in 20, 30, and 60 days respectively. Working together, in how many days will they finish the task?

    A 36 2/3 days B 10 days C 20 days D 11 days
91. Question 91 of 100

    A can complete a piece of work in 15 days and B can complete it in 20 days. In how many days can they complete it working together?

    A 8 4/7 days B 17 1/2 days C 17 1/7 days D 14 1/2 days
92. Question 92 of 100

    Pipe A can fill a tank in 10 hours and Pipe B can fill the same tank in 15 hours. If both pipes are opened together, in how much time will the tank be filled?

    A 12 1/2 hours B 6 hours C 12 hours D 7 hours
93. Question 93 of 100

    A can do a piece of work in 12 days and B can do it in 18 days. They complete the work together and are paid Rs. 6,000 in total. What is A's share of the payment?

    A Rs. 3,000 B Rs. 3,600 C Rs. 2,160 D Rs. 4,320
94. Question 94 of 100

    Two inlet pipes can individually fill a tank in 12 hours and 20 hours, while an outlet pipe can empty the full tank in 30 hours. If all three pipes are opened together, in how much time will the tank be filled?

    A 10 hours B 16 hours C 20 hours D 12 hours
95. Question 95 of 100

    A is 100% more efficient than B. If B alone takes 10 days to complete a task, how many days will A alone take?

    A 20 days B 10 days C 7 days D 5 days
96. Question 96 of 100

    A can complete a piece of work in 10 days and B can complete it in 15 days. In how many days can they complete it working together?

    A 6 days B 12 1/2 days C 12 days D 9 1/2 days
97. Question 97 of 100

    A is 40% more efficient than B. If B alone takes 14 days to complete a task, how many days will A alone take?

    A 19 3/5 days B 10 days C 20 days D 12 days
98. Question 98 of 100

    An inlet pipe can fill a tank in 15 hours, while an outlet pipe can empty the full tank in 25 hours. If both pipes are opened together (tank initially empty), in how much time will the tank be filled?

    A 37 1/2 hours B 20 hours C 75 hours D 36 1/2 hours
99. Question 99 of 100

    A can do a piece of work in 8 days and B can do it in 12 days. They complete the work together and are paid Rs. 4,000 in total. What is A's share of the payment?

    A Rs. 2,000 B Rs. 1,440 C Rs. 2,400 D Rs. 2,880
100. Question 100 of 100

     Two inlet pipes can individually fill a tank in 10 hours and 12 hours, while an outlet pipe can empty the full tank in 15 hours. If all three pipes are opened together, in how much time will the tank be filled?

     A 11 hours B 17 1/7 hours C 10 4/7 hours D 8 4/7 hours

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