If in 2014, boys in school A and B are 288 and 264 respectively then, find total number of girls in both school in 2014.

If boys in school A in 2014 and girls in school B in 2012 are equal then boys in school B in 2012 are what percent of girls in school A in 2014.

In 2016, girls in school A are 16 4/5% less than girls in school B. Find the ratio of boys in school A to that of school B in 2016.

If total students in school A in 2015 and total student in B in 2013 are 700 and 400 respectively, then find the average number of boys in school A in 2015 and boys in school B in 2013.

Read the given information carefully and answer the following question.

There are two trains P and Q. Both trains have four different types of coaches i.e. General, sleeper class, first class and AC coaches. In train P, there are total 800 passengers. Train Q has 40% more passengers than train P. 20% of the passengers of train P are in general coaches. One‐fourth of the total number of passengers of train P are in AC coaches. 25% of the passengers of train P are in sleeper class coaches. Remaining passengers of train P are in first class coaches. Total number of passengers in AC coaches in both the trains together is 480. 45% of the number of passengers of train Q is in sleeper class coaches and ratio of passengers of train Q in first class coaches to general class coaches is 3:4.

What is the ratio of total number of passengers travelling in general coaches to the total number of passengers travelling in AC coaches of both the trains?

Read the given information carefully and answer the following question.

There are two trains P and Q. Both trains have four different types of coaches i.e. General, sleeper class, first class and AC coaches. In train P, there are total 800 passengers. Train Q has 40% more passengers than train P. 20% of the passengers of train P are in general coaches. One‐fourth of the total number of passengers of train P are in AC coaches. 25% of the passengers of train P are in sleeper class coaches. Remaining passengers of train P are in first class coaches. Total number of passengers in AC coaches in both the trains together is 480. 45% of the number of passengers of train Q is in sleeper class coaches and ratio of passengers of train Q in first class coaches to general class coaches is 3:4.

Number of passengers travelling in AC coach of train Q is what percent of number of passengers travelling in sleeper coaches of train Q?

Read the given information carefully and answer the following question.

There are two trains P and Q. Both trains have four different types of coaches i.e. General, sleeper class, first class and AC coaches. In train P, there are total 800 passengers. Train Q has 40% more passengers than train P. 20% of the passengers of train P are in general coaches. One‐fourth of the total number of passengers of train P are in AC coaches. 25% of the passengers of train P are in sleeper class coaches. Remaining passengers of train P are in first class coaches. Total number of passengers in AC coaches in both the trains together is 480. 45% of the number of passengers of train Q is in sleeper class coaches and ratio of passengers of train Q in first class coaches to general class coaches is 3:4.

Total number of passengers of train P who are travelling in General and Sleeper coaches together are what percent more or less than the total number of passengers of both the trains travelling in AC coaches?

Read the given information carefully and answer the following question.

There are two trains P and Q. Both trains have four different types of coaches i.e. General, sleeper class, first class and AC coaches. In train P, there are total 800 passengers. Train Q has 40% more passengers than train P. 20% of the passengers of train P are in general coaches. One‐fourth of the total number of passengers of train P are in AC coaches. 25% of the passengers of train P are in sleeper class coaches. Remaining passengers of train P are in first class coaches. Total number of passengers in AC coaches in both the trains together is 480. 45% of the number of passengers of train Q is in sleeper class coaches and ratio of passengers of train Q in first class coaches to general class coaches is 3:4.

Find the average number of passengers travelling in sleeper and first class coaches of both trains?

Read the given information carefully and answer the following question.

There are two trains P and Q. Both trains have four different types of coaches i.e. General, sleeper class, first class and AC coaches. In train P, there are total 800 passengers. Train Q has 40% more passengers than train P. 20% of the passengers of train P are in general coaches. One‐fourth of the total number of passengers of train P are in AC coaches. 25% of the passengers of train P are in sleeper class coaches. Remaining passengers of train P are in first class coaches. Total number of passengers in AC coaches in both the trains together is 480. 45% of the number of passengers of train Q is in sleeper class coaches and ratio of passengers of train Q in first class coaches to general class coaches is 3:4.

Difference of passengers travelling in General and Sleeper coaches of both the trains is what percent of total passengers travelling in both the trains?

Find the missing number in the following number series.

129, 97, 81, 73, ?, 67