A) \[\frac{{{\operatorname{V}}_{0}}T\left( {{\gamma }_{\operatorname{m}}}+3{{\alpha }_{\operatorname{g}}} \right)}{{{\operatorname{A}}_{0}}\left( 1+2{{\alpha }_{\operatorname{g}}}T \right)}\]
B) \[\frac{{{\operatorname{V}}_{0}}T\left( {{\gamma }_{\operatorname{m}}}-3{{\alpha }_{\operatorname{g}}} \right)}{{{\operatorname{A}}_{0}}\left( 1+2{{\alpha }_{\operatorname{g}}}T \right)}\]
C) \[\frac{{{\operatorname{V}}_{0}}T\left( {{\gamma }_{\operatorname{m}}}+2{{\alpha }_{\operatorname{g}}} \right)}{{{\operatorname{A}}_{0}}\left( 1+3{{\alpha }_{\operatorname{g}}}T \right)}\]
D) \[\frac{{{\operatorname{V}}_{0}}T\left( {{\gamma }_{\operatorname{m}}}-2{{\alpha }_{\operatorname{g}}} \right)}{{{\operatorname{A}}_{0}}\left( 1+3{{\alpha }_{\operatorname{g}}}T \right)}\]
Correct Answer: B
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