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 :

For the complex ML_(2) stepwise formation constants for M+L hArr ML ML+L hArr ML_(2) are 4 and 3 . Hence overcell stability constant for M +2L hArr ML_(2) is

For the complex ML_(2) stepwise formation constants for M+L hArr ML M+L hArr ML_(2) are 4 and 3 . Hence overcell stability constant for M +2L hArr ML_(2) is

For the complex MC_(2) stepwise formation constants for M+LhArrML" "ML+LhArrML_(2) are 4 and 3 respectively. Overall stability constant is xy. The value of x+y is

M + 4 L hArr ML_(4) For this reaction overall stability constant (beta _(4)) is expressed as

the ratio of 2ml to 2l is

What fraction is 3 L 150 mL of 7 L 350 mL ?

What fraction is? 250 mL of 2L

m_l=-2, -1,0, + 1, +2 this information belongs to

Find the ratio of: 250 mL to 2 L.

The stepwise stability constants of a complex are given below. What is its overall reaction stability constant (beta_(4)) ? M + L hArr ML , K_(1) = 1.0 xx 10^(4) ML + L hArr ML_(2) , K_(2) = 1.0 xx 10^(3) ML_(2) + L hArr ML_(3) , K_(3) = 1.0 xx 10^(3) ML_(3) + L hArr ML_(4) , K_(4) = 1.0 xx 10^(2) (Overall reaction : M + 4L hArr ML_(4) )