Question
How many persons between I and the one who joined
company in November 23? Answer the questions based on the information given below: Ten persons A, B, C, D, E, F, G, H, I and J joined their company in the months of May, August, September, October and November on either 21st or 23rd of these months. No two persons joined on the same day. They joined in the same year. Each person was aged differently. The persons whose age was odd valued joined the office in the months with odd number of days and the persons whose age was even valued joined the office in the months with even number of days. The person who joined the Company on 21st May was 17 years old. Number of persons who joined the office after A was thrice as the number of persons who joined before the one aged 21. There were 3 persons who joined the office between the one who was aged 21 and J. J and C joined the company in the same month. G did not join in November. D joined immediately before G. G was aged twice as that of E who joined the office just after H. I joined the office just after F. F joined the company on a 23rd. There were 4 persons who joined the company between H and the one who was aged 35 years old. The one who was 35 years old joined the company before H. A and H were born in consecutive years and H'g age was a perfect square. D was 5 years elder to F whose age was a perfect square greater than 14. The person who was 33 years old and D joined company in consecutive months, not necessarily on consecutive turns. The number of persons, who joined before I, was equal to the number of persons who joined after the one who was aged 29 years. E was elder to I and they were born in consecutive years. The eldest person was 44 years old.Solution
The person who joined the Company on 21 st May was 17 years old. Number of persons who joined the office after A was thrice as the number of persons who joined before the one aged 21. There were 3 persons who joined the office between the one who was aged 21 and J. J and C joined the company in the same month. 
There were 4 persons who joined the company between H and the one who was aged 35 years old G was aged twice as that of E who joined the office just after H 
I joined the office just after F.F joined the company on a 23 rd . D joined immediately before G (simulataneoulsy not possible so this CASE 1 is eleminated.) 
The number of persons, who joined before I, was equal to the number of persons who joined after the one who was aged 29 years. 15. E was elder to I and they were born in consecutive years. The eldest person was 44 years old.G was aged twice as that of E 
So the final arrangement is 
‘A’ alone can complete a work in 50 hours. ‘A’ started the work alone and left after working on it for 10 hours. If ‘B’ completed the rest o...
40 tailors can stitch a batch of dresses in 30 days. If 20 tailors started the job and after 15 days ‘u’ more tailors joined them such that the rema...
A can complete a piece of work in 10 days and B can complete it in 15 days. They start working together, but B leaves after 3 days. In how many more day...
- An organization engaged 16 workers to complete a task in 24 days. After 9 days, 6 workers had to leave unexpectedly. How many additional days will it now t...
A contractor planned to complete a project in 5 days by employing ‘a’ workers. But every day exactly 15 workers were absent. As a result, the work g...
Arjun and Sameer can complete a job in 20 days and 25 days respectively. When Arjun, Sameer, and Nikhil work together, they finish it in
M, N and O can complete a task in ‘t’, 100, and ‘t + 20’ days respectively. All three started together, but after 15 days, N dropped out. Then, ...
(x + 7) workers finish 60% of a job in 9 days working 4 hours/day. The remaining work is done by (x + 3) workers in 12 days working 3 hours/day. Find x.
A work can be completed by ‘A’ and ‘B’, alone in 10 days and 12 days, respectively. Find the number of days taken by ‘C’ to complete the sam...
A piece of work consists of 360 identical units. A can do (x + 4) units per day and B can do (x − 2) units per day. They work together for 9 days and ...
