For the reaction \[{{N}_{2}}+3{{H}_{2}}\to 2N{{H}_{3}}\] if \[\frac{\Delta [N{{H}_{3}}]}{\Delta t}=2\times {{10}^{-4}}mol\,{{l}^{-1}}{{s}^{-1}},\] the value of \[\frac{-\Delta [{{H}_{2}}]}{\Delta t}\] would be [MP PMT 2000]

\[4\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]

\[1\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]

\[3\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]

\[6\times {{10}^{-4}}mol\,{{l}^{-1}}{{s}^{-1}}\]

For the reaction \[{{N}_{2}}+3{{H}_{2}}\to 2N{{H}_{3}}\] if \[\frac{\D

1.	For the reaction \[{{N}_{2}}+3{{H}_{2}}\to 2N{{H}_{3}}\] if \[\frac{\Delta [N{{H}_{3}}]}{\Delta t}=2\times {{10}^{-4}}mol\,{{l}^{-1}}{{s}^{-1}},\] the value of \[\frac{-\Delta [{{H}_{2}}]}{\Delta t}\] would be [MP PMT 2000]
A.	\[1\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]
B.	\[3\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]
C.	\[4\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]
D.	\[6\times {{10}^{-4}}mol\,{{l}^{-1}}{{s}^{-1}}\]
Answer» C. \[4\times {{10}^{-4}}mol\,\,{{l}^{-1}}{{s}^{-1}}\]

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For the reaction \[{{N}_{2}}+3{{H}_{2}}\to 2N{{H}_{3}}\] if \[\frac{\Delta [N{{H}_{3}}]}{\Delta t}=2\times {{10}^{-4}}mol\,{{l}^{-1}}{{s}^{-1}},\] the value of \[\frac{-\Delta [{{H}_{2}}]}{\Delta t}\] would be [MP PMT 2000]

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