Time and Work Questions and Answers – Page 10

The verified answer to “Solve this Time and Work question: Vikas can finish a project in 24 days and Lokesh in 36 days. After working together for 6 days, Vikas leaves. How many additional days will Lokesh require?” is 21 days, option D. The question-specific working supplied with the item states: work in 6 days = 6(1/24+1/36). The remaining work is divided by Lokesh's rate 1/36, giving 21 days.23 दिन This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 21 days. The alternatives 22 days, 23 days and 19 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 21 days, so option D is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Isha can finish a project in 20 days and Naina in 30 days. After working together for 5 days, Isha leaves. How many additional days will Naina require?” is 17.5 days, option C. The question-specific working supplied with the item states: rk in 5 days = 5(1/20+1/30). The remaining work is divided by Naina's rate 1/30, giving 17.5 days.19.5 दिन This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 17.5 days. The alternatives 18.5 days, 19.5 days and 16.5 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 17.5 days, so option C is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Manoj can finish a project in 16 days and Tarun in 24 days. After working together for 4 days, Manoj leaves. How many additional days will Tarun require?” is 14 days, option B. The question-specific working supplied with the item states: work in 4 days = 4(1/16+1/24). The remaining work is divided by Tarun's rate 1/24, giving 14 days.14 दिन This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 14 days. The alternatives 15 days, 12 days and 13 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 14 days, so option B is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Geeta can finish a project in 15 days and Seema in 20 days. After working together for 4 days, Geeta leaves. The question-specific working supplied with the item states: k in 4 days = 4(1/15+1/20). The remaining work is divided by Seema's rate 1/20, giving 10.67 days.12.67 दिन This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 10.67 days. The alternatives 12.67 days, 8.67 days and 9.67 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 10.67 days, so option A is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Farhan can finish a project in 12 days and Kabir in 18 days. After working together for 3 days, Farhan leaves. How many additional days will Kabir require?” is 10.5 days, option D. The question-specific working supplied with the item states: rk in 3 days = 3(1/12+1/18). The remaining work is divided by Kabir's rate 1/18, giving 10.5 days.12.5 दिन This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 10.5 days. The alternatives 11.5 days, 12.5 days and 8.5 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 10.5 days, so option D is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Anita and Poonam together repair a road section in 15 days. Anita alone needs 25 days. How long will Poonam take alone?” is 37.5 days, option C. The question-specific working supplied with the item states: , so time = 375/(25-15) = 37.5 days. Combined rate = 1/15; Anita's rate = 1/25. Hence Poonam's rate = 1/15-1/25 This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 37.5 days. The alternatives 38.5 days, 39.5 days and 36.5 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 37.5 days, so option C is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Nitin and Gaurav together assemble an order in 12 days. Nitin alone needs 20 days. How long will Gaurav take alone?” is 30 days, option B. The question-specific working supplied with the item states: , so time = 240/(20-12) = 30 days. Combined rate = 1/12; Nitin's rate = 1/20. Hence Gaurav's rate = 1/12-1/20 This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 30 days. The alternatives 31 days, 28 days and 29 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 30 days, so option B is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Riya and Suman together harvest a field in 9 days. Riya alone needs 15 days. The question-specific working supplied with the item states: , so time = 135/(15-9) = 22.5 days. Combined rate = 1/9; Riya's rate = 1/15. Hence Suman's rate = 1/9-1/15 This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 22.5 days. The alternatives 24.5 days, 20.5 days and 21.5 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 22.5 days, so option A is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Kiran and Deepak together audit a set of files in 8 days. Kiran alone needs 12 days. How long will Deepak take alone?” is 24 days, option D. The question-specific working supplied with the item states: , so time = 96/(12-8) = 24 days. Combined rate = 1/8; Kiran's rate = 1/12. Hence Deepak's rate = 1/8-1/12 This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 24 days. The alternatives 25 days, 26 days and 22 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 24 days, so option D is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.

The verified answer to “Solve this Time and Work question: Aman and Bharat together paint a school hall in 6 days. Aman alone needs 10 days. How long will Bharat take alone?” is 15 days, option C. The question-specific working supplied with the item states: , so time = 60/(10-6) = 15 days. Combined rate = 1/6; Aman's rate = 1/10. Hence Bharat's rate = 1/6-1/10 This working identifies the relevant work-rate equation and connects the given information to the required result. To solve reliably, represent every term, person, seat, letter or operation in the order stated; then apply one rule consistently instead of guessing from the final pair alone. After applying the verified rule, the required value or position is 15 days. The alternatives 16 days, 17 days and 14 days fail because each breaks at least one stated condition, transition, direction or arithmetic step. A plausible-looking option is not sufficient unless it reproduces the complete work-rate equation. For independent confirmation, begin with the first clue or term, rebuild each intermediate step, and compare the derived result with all four choices. In a letter series, translate letters into positions A=1 through Z=26 and preserve wraparound. This full replay leads only to 15 days, so option C is uniquely correct. The method is transparent, question-specific and suitable for SSC, Railway, Banking, Defence, State and other competitive examinations.