100ml of dry oxygen is subjected to silent electric discharge ozone is formed.If 15% of `O_(2)` converted into `O_(3)` final mixture contains volume(s) of (under similar conditions of pressure and temperature)

90 mL of pure dry O_(2) is subjected to silent electric discharge. If only 10% of it is converted to O_(3) volume of the mixture of gases (O_(2)and O_(3)) after the reaction will be ------ and after passing through alkaline pyrogallol (absorbing agent of oxygen gas) will be

Both N_(2)O and CO_(2) have similar rates of diffusion under same conditions of temperature and pressure. Explain

When silent electric discharge is passed through O_(2) gas, it converts into O_(3) .If the density of the final sample is 20 times the density of hydrogen gas under similar conditions, calculate the mass percent of O_(2) in the final sample.

50 " mL of " pure and dry O_2 was subjected to silent electric discharge and on cooling to the original temperature, the volume of ozonised oxygen was found to be 47 mL The gas was brought into contact with turpentine oil, after absorption of O_3 , the remaining gas occupied 41 mL volume. What is the molecular formula of ozone?

The number of oxygen atoms required to combine with 7 g of N_2 to form N_2 O_3 when 80% of N_2 is converted to N_2 O_3 .

What volume of nitrogen dioxide would be formed when 100 cm^(3) of NO reacts with 50 cm^(3) of O_(2) under the same conditions of temperature and pressure?

300 mL of nitrogen gas diffuse through a a porous membrane in 100 seconds. How long will it take for 400 mL of CO_(2) to diffuse through the same membrane under similar conditions of temperature and pressure ?

If 1 litre of N2 at 27^(@)C and 760 mm Hg contains N molecules, 4 litres of O_(2) under the same conditions of temperature and pressure, shall contain

If 200 cm^(3) of nitrogen contains 'n' molecules how many molecules of oxygen will be present in 100 cm^(3) of oxygen, under similar conditions of temperature and pressure.

If 1L of O_(2) at 15^(@)C and 750 mm pressure contains N molecules, the number of molecules in 2 litre of SO_(2) under the same conditions of temperature and pressure will be