Home
Class 11
CHEMISTRY
Methy1 red has a K(a) = 10^(-5). The aci...

Methy`1` red has a `K_(a) = 10^(-5)`. The acid form `"Hin"` is red and its conjugate base, `Ind^(Θ)` is yellow. Complete the following table:
`{:("pH",3,5,7),(["Ind"^(Theta)]//["HIn"],-,-,-),("Colour",-,-,-):}`

Promotional Banner

Similar Questions

Explore conceptually related problems

Assertion (A): Methy red has K_(a) = 10^(-5) and the acid form, "Hin" is red and its conjugate base Ind^(Theta) is yellow. Reason (R) : {:(pH=,3,5,7,),((["Ind"^(Theta)])/(["Hin"])=,10^(-2),1,10^(2),),("Colour" =,"Red","Orange","Yellow",):}

If K_(a)=10^(-5) for a weak acid, then pK_(b) for its conjugate base would be

An acid-base indicator has K_(a) = 10^(-5) . The acid form of the indicator is red and basic form is blue. Which of the following is//are correct?

An acid-base indicator has K_(a) = 10^(-5) . The acid form of the indicator is red and basic form is blue. Which of the following is//are correct?

An acid-base indicator has a K_(a) = 3.0 xx 10^(-5) . The acid form of the indicator is red and the basic form is blue. Then

An acid-base indicator has a K_(a) = 3.0 xx 10^(-5) . The acid form of the indicator is red and the basic form is blue. Then

An acid-base indicator has K_(a) = 3.0 xx 10^(-5) . The acid form of the indicator is red and the basic form is blue. Then:

An acid-base indicator has K_(a) = 3.0 xx 10^(-5) . The acid form of the indicator is red and the basic form is blue. Then:

An acid -base indicator has a Ka of 3.0 xx 10^(-5) The acid form of the indicator is red and the basic form is blue. Then