[" 13.If "beta_(1),beta_(2)" and "beta_(3)" are stepwise formation constants of "MCl" ,"],[MCl_(2),MCl_(3)" and "K" is the overall formation constant of "],[MCl_(3)" ,then "]

If beta_(1),beta_(2) and beta_(3) are stepwise formation constants of MCl, MCl_(2), MCl_(3) and K is the overall formation constant of MCl_(3) , then ( charges omitted) :

For the complex ML_(2) , Stepwise formation constants M+L to ML ML+L to ML_(2) are 4 and 3 respectively. Hence, overall stability constant for M+2L to ML_(2) is :

The equilibrium constants for the stepwise formation of MCI , MCl_2 and MCI_3 are a, b and c respectively. If the equilibrium contant of formation of MCI_3 is K, which of the following is correct?

Let alpha=3i+j" and "beta=2i-j+3k." If "beta=beta_(1)-beta_(2), " where "beta_(1) is parallel to alpha" and "beta_(2) is perpendicular to alpha , then beta_(1) times beta_(2) is equal to

The formula of the chloride of a metal is MCl_(2) . What will be the formula of its sulphate.