Balance the nuclear reaction`._54^118Xe rarr ? +I_53^118`

Calculate the energy released in the nuclear reaction "_3 ^7 Li+p rarr 2 alpha given mass of "_3 ^7 Li atom and of helium atom to be 7.016u and 4.0026u respectively.

Calculate the energy released in the nuclear reaction "_3^7 Li + P rarr 2alpha given mass of "_3^7Li atom and helium atom are 7.016u and 4.0026u respectively.

Calculate the energy released in the reaction, "_ 92 ^ 236 U rarr _53 ^137 I + _39 ^ 97 Y +2n . The masses of "_ 92 ^236 U , "_53 ^ 137 I and "_39 ^97 Y are 236.04557 , 136.91787 and 96. 91827 respectively

The reaction : 2 KI + Cl_2 rarr 2 KCI + I_2

Consider a galvanic cell that uses the half reactions: 2H_((aq))^+ +2e^- rarr H_(2(g)) Mg_((aq)) +2e^-rarrMg_((a)) Write balanced equation for the cell reaction. Calculate E_(Cell)^@ and DeltaG^@ if concentrations are 1M each and P_(H2)=10 atm. E_(Mg)^@=-2.37V .

Balance the following redox reactions by ion- electron method: MnO_4^(-) (aq) + I^(-) (aq) rarr MnO_2 (s) + I_2 (s) (in basic medium)

In the balanced chemical reaction, IO_(3)^(-) + aI^(-) + bH^(+) rarr cI_(2)+ dH_(2)O a,b,c and d respectively correspond to "_____________________"

Write balanced chemical reactions for: Barium hydroxide on acetone OR How I 40methylpent-3-en-2-one obtained from propane?

Balance the following redox reactions by ion- electron method: MnO_4^(-) (aq) + SO_2 (g) rarr Mn^(2+) (aq) + HSO_4^(-) (in acidic solution)