Two flask A and B of equal volume contain equal masses of H2 and CH4 gases at 100 K and 200 K temperature respectively. Which of the following relation is correct about total kinetic energy (E) ?(1){(E)_{{H_2}}} = {(E)_{C{H_4}}}(2){(E)_{{H_2}}} = 2 times {(E)_{C{H_4}}}(3){(E)_{{H_2}}} = 4 times {(E)_{C{H_4}}}(4)4 times {(E)_{{H_2}}} = {(E)_{C{H_4}}}

Two flask A and B of equal volume contain equal masses of H2 and CH4 g

1.	Two flask A and B of equal volume contain equal masses of H2 and CH4 gases at 100 K and 200 K temperature respectively. Which of the following relation is correct about total kinetic energy (E) ?(1){(E)_{{H_2}}} = {(E)_{C{H_4}}}(2){(E)_{{H_2}}} = 2 times {(E)_{C{H_4}}}(3){(E)_{{H_2}}} = 4 times {(E)_{C{H_4}}}(4)4 times {(E)_{{H_2}}} = {(E)_{C{H_4}}}
Answer» Two flask A and B of equal volume contain equal masses of H2 and CH4 gases at 100 K and 200 K temperature respectively. Which of the following relation is correct about total kinetic energy (E) ? (1) {(E)_{{H_2}}} = {(E)_{C{H_4}}} (2) {(E)_{{H_2}}} = 2 times {(E)_{C{H_4}}} (3) {(E)_{{H_2}}} = 4 times {(E)_{C{H_4}}} (4) 4 times {(E)_{{H_2}}} = {(E)_{C{H_4}}}