If 6 liter of H2 and 5.6 liter of Cl2 are mixed . What will be composition by volume of the resulting gaseous mixture.

11 moles of N_(2) and 12 moles of H_(2) mixture reacted in 20 litre vessel at 800 K. After equilibrium was reached, 6 mole of H_(2) was present. 3.58 litre of liquid water is injected in equibrium mixture and resultant gaseous mixture suddenly cooled to 300K. What is the final pressure of gaseous mixture? Neglect vapour pressure of liquid solution. Assume (i) all NH_(3) dissolved in water (ii) no change in volume of liquid (iii) At 300 K no reaction takes place between N_(2) and H_(2)

A gaseous mixture containing equal mole sof H_(2),O_(2) and He is subjected to series of effusion steps. The composition (by moles) of effused mixture after 4 effusion steps is x:1:y rspectively. Then find the value of ((x)/(y)).

Equal volumes of two HCl solutions of pH=3 and pH=5 were mixed. What is the pH of the resulting solution ?

What will be -6/5xx(-2)?

200 ml of N/10 H2SO4 is mixed into 300ml N/100 NaOH . calculate normality of resulting mixture.

100 ml decinormal HCl is mixed to 100ml seminormal H2SO4 solution . calculate the normality of resulting mixture.

10mL of an N-HCI, 20mL of N/2 H_2 SO_4 and 30 mL of N/3 HNO_3 are mixed together and volume made to one litre. The normality of H^+ in the resulting solution is :

Calculate the percentage composition of C2H5OH.

At NTP , what will be the volume of molecules of 6.022 . 10(23) H2