" Br."7." Enoluate "sqrt(175.2976)

Evaluate sqrt(175.2976)

If sqrt(6)-sqrt(7) the conjugate of sqrt(6)+sqrt(7)

Subtract : sqrt(175) - sqrt(112)

Consider the atomization of Br_(2)(g) according to the reaction : Br_(2)(g)hArr 2Br(g)" "{"Given antiloge "(-7.02)=9xx10-4} If the heat of atomization of bromine gas is 82 Kj/mol, standard molar entropies of Br(g) and Br_(2)(g) are 175 and "245.4 JK"^(-1) respectively, calculate degree of dissociation when the total pressure is 40 atm at 500 K. (assume alpha ltlt1 in your calculation)

The value of ("log" 49 sqrt(7) + "log" 25sqrt(5) - "log" 4sqrt(2))/("log" 17.5) , is

The value of ("log" 49 sqrt(7) + "log" 25sqrt(5) - "log" 4sqrt(2))/("log" 17.5) , is

Consider the atomization of Br_(2)(g) according to the reaction : Br_(2)(g)hArr 2Br(g)" "{"Given antilog "(-7.02)=9xx10^(-4)} If the heat of atomization of bromine gas is 82 Kj/mol, standard molar entropies of Br(g) and Br_(2)(g) are 175 and "245.4 JK"^(-1) respectively, calculate degree of dissociation when the total pressure is 40 atm at 500 K. (assume alpha ltlt1 in your calculation)

Find the solution of sqrt(7+sqrt(7+sqrt(7+sqrt(7................)))).