1 mol of hydrogen and 2 mol of iodine are taken initially in a 2L vessel. The number of moles of hydrogen at equilibrium is `0.2`. Then the number of moles of iodine and hydrogen iodide at equilibrium areA. 1.2,1.6B. 1.8,1.0C. 0.4,2.4D. 0.8,2.0

1 mol of hydrogen and 2 mol of iodine are taken initially in a 2L vess

1.	1 mol of hydrogen and 2 mol of iodine are taken initially in a 2L vessel. The number of moles of hydrogen at equilibrium is `0.2`. Then the number of moles of iodine and hydrogen iodide at equilibrium areA. 1.2,1.6B. 1.8,1.0C. 0.4,2.4D. 0.8,2.0
Answer» Correct Answer - A `{:(,H_(2),+,I_(2),hArr , 2HI),("Initial ",1 "mol",,2"mol",,),("At eq.",0.2"mol",,2-0.8,,2xx0.8):}` `(0.8` mole of `H_(2)` have reacted ).

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1 mol of hydrogen and 2 mol of iodine are taken initially in a 2L vessel. The number of moles of hydrogen at equilibrium is `0.2`. Then the number of moles of iodine and hydrogen iodide at equilibrium areA. 1.2,1.6B. 1.8,1.0C. 0.4,2.4D. 0.8,2.0

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