Home
Class 11
CHEMISTRY
A cinema hall has equidistant rows 1 m a...

A cinema hall has equidistant rows `1 m` apart. The length of the cinema hall is `287 m` and it has `287` rows. From one side of the cinema hall, laughing gas `(N_(2)O)` is released and from the other side, weeping gas `(C_(6)H_(5)COCH_(2)Cl)` is released. In which rows, spectors will be laughing and weeping simultaneously?

Promotional Banner

Similar Questions

Explore conceptually related problems

A classroom consists 10 equidistant bench. If nitrous oxide (laughing gas) is released from the first desk and tear gas (C_(6)H_(11)Obr) is released from last desk. Find out the desk from 1st at which students starts laughing and weeping simultaneously.

A classroom consists 10 equidistant bench. If nitrous oxide (laughing gas) is released from the first desk and tear gas (C_(6)H_(11)Obr) is released from last desk. Find out the desk from 1st at which students starts laughing and weeping simultaneously.

A teacher enters a classroom from front door while a student from back door. There are 13 equidistant rows of benches in the classroom. The teacher releases N_(2)O , the laughing gas, from the first bench while the student releases the weeping gas (C_(6)H_(11)OBr) from the last bench. At which row will the students starts laughing and weeping simultaneously?

A teacher enters a classroom from front door while a student from back door. There are 13 equidistant rows of benches in the classroom. The teacher releases N_(2)O , the laughing gas, from the first bench while the student releases the weeping gas (C_(6)H_(11)OBr) from the last bench. At which row will the students starts laughing and weeping simultaneously?

There are 100 persons sitting at equal distances in a row XY. Laughing gas (N_(2)O) is released from the side X and tear gas (mol. Mass=176) from side Y at the same moment and at the same pressure. The person who will have a tendency to laugh and weep simultaneously is-

A block of mass M slides along the sides of bowl as shown in the figure. The walls of the bowl are frictionless and the base has coefficient of friction 0.1, and length 0.5m. The block is released from the point A which is 0.2 m high as shown in figure. Then the block comes to rest