Chemical eq

A chemical reaction has K_(eq)=1xx10^(-5) at 25^(@) C, and the value of K_(eq) increases with incresing tempreature. From these statements, what may one conclude?

In the following series of chemical reaction. Identify Z : C_(3)H_(7)OHunderset(170^(@)C)overset(Conc.H_(2)SO_(4))(to)Xoverset(Br_(2))(to)Yunderset((II)"l eq".)NaNH_(2)overset((I)Alc.KOH)(to)Z

The chemical reaction 2O_(3) overset(k_(1))rarr 3O_(2) proceeds as follows: O_(3) overset(k_(eq))hArr O_(2)+O (fast) O + O_(3) overset(k)rarr 2O_(2) (slow) What should be the rate law expresison ?

For a reversible exothermic reaction , which is the effect of increasing temperature on the equilibrium constant (k_("eq")) and on the forward rate constant (k_(f)) ?

Given the ionic equivalent conductivities for the following ions : lambda^(@)._(eq)K^(o+)=73.5cm^(2)ohm^(-1)eq^(-1) lambda^(@)._(eq)Al^(3+)=149cm^(2)ohm^(-1)eq^(-1) lambda^(@)._(eq)SO_(4)^(2-)=85.8cm^(2)ohm^(-1)eq^(-1) The wedge_(eq)^(@) for potash alum (K_(2)SO_(4).Al_(2)(SO_(4))_(3).24H_(2)O) is :

heat of neutralisation of HCl against NaOH is 13.7 kcal eq^(-1) what will be the ionisation energy of CH_(3)COOH in kcal mol^(-1) if its heat of neutralisation is 11.7 kcal eq^(-1) .

The ionic equivalent conductivities of C_(2)O_(4)^(2-),K^(o+), and Na^(o+) ions are x,y, and z S cm^(2) Eq^(-1) respectively. Calculate wedge_(eq)^(@) of (NaOOC-COOK).

10^(-2) Kg of a metal of eq.wt. 1.0 xx 10^(-1) Kg is deposited by passing ______ coulombs.