The gas `A_(2)` in the left flask allowed to react with gas `B_(2)` present in right flask as `A...

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The gas A_2 in the left flask allowed to react with gas B_2 present in right flask as A_2(g)+B_2(... The gas A_2 in the left flask allowed to react with gas B_2 present in right flask as A_2(g)+B_2(...
(W) The gas \( A_{2} \) in the left flask allowed to react with gas... (W) The gas \( A_{2} \) in the left flask allowed to react with gas...
The gas `A_2` in the left flask is allowed to react with gas `B_2` present in right flask as `A_2(g) The gas `A_2` in the left flask is allowed to react with gas `B_2` present in right flask as `A_2(g)
The gas A2 in the left flask allowed to react with gas B2 present in right flask at A2(g) + B2(g) The gas A2 in the left flask allowed to react with gas B2 present in right flask at A2(g) + B2(g)
A `V dm^(3)` flask contains gas `A` and another flask of `2V dm^(3)` contains gas `B` at the A `V dm^(3)` flask contains gas `A` and another flask of `2V dm^(3)` contains gas `B` at the
Four one litre flasks are separately filled with the gases CO_2, F_2, NH_3 and He at same room t... Four one litre flasks are separately filled with the gases CO_2, F_2, NH_3 and He at same room t...
Two flasks A and B of 1 L capacity each contain `SO_(2)` and `Br_(2)` gases respectively Two flasks A and B of 1 L capacity each contain `SO_(2)` and `Br_(2)` gases respectively
A mixture of `SO_(3), SO_(2)` and `O_(2)` gases is maintained in a `10 L` flask at a temperature... A mixture of `SO_(3), SO_(2)` and `O_(2)` gases is maintained in a `10 L` flask at a temperature...