The following pH range where the indicat...

The following `pH` range where the indicator shows change in colour are given
i. `4 - 9.7` ii. `7.46-10.0` iii. `6.5-4`
Which of the above `pH` range represent titration of
I. Strong acid/strong base `(S_(A)//S_(B))`,
II. Weak acid/strong base `(W_(A)//S_(B))`,
III. Weak base/strong acid `(W_(B)//S_(A))`

`(i) rarr I, (ii) rarr II, (iii) rarr III`

`(iii) rarr I, (ii) rarr II, (i) rarr III`

`(i) rarr I, (iii) rarr II, (i) rarr III`

`(i) rarr I, (iii) rarr II, (ii) rarr III`

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

IONIC EQUILIBRIUM
CENGAGE CHEMISTRY|Exercise Ex 8.5|6 Videos
IONIC EQUILIBRIUM
CENGAGE CHEMISTRY|Exercise Exercises Subjective (Weak Acid And Weak Bases)|15 Videos
IONIC EQUILIBRIUM
CENGAGE CHEMISTRY|Exercise Ex 8.3|38 Videos
HYDROGEN, WATER AND HYDROGEN PEROXIDE
CENGAGE CHEMISTRY|Exercise Subjective Archive (Subjective)|3 Videos
ISOMERISM
CENGAGE CHEMISTRY|Exercise Assertion-Reasoning Type|1 Videos

Similar Questions

Explore conceptually related problems

Which of the following plots will obtained for a conductomeric titration of strong acid against a weak base?

At half - equivalence point in the titration of weak acid by a strong base , pH = …………..

which of the following plots will obtained for a conductometric titration of strong acid against a weak base?

Which of the following statements about a weak acid strong base titration is//are correct?

The following curve shows the change of pH during the course of titration of weak acid HA with a strong base. At which point in the titration curve is the concentration of acid equal to that of its conjugate base.

What will be the pH of the following salt solutions. (i) Salt made from strong acid and strong base. (ii) Salt made from strong acid and weak base.

The following acid base titration graphs are given: (I) Which of the following graph represents titration of i. NH_(4)OH//HC1(W_(A)//S_(A)) ii. HNO_(3)//KOH(S_(A)//S_(B)) iii. C_(6)H_(5)COOH//KOH(W_(A)//S_(B))

If the equilibrium constant for the reaction of weak acid HA with strong base is 10^(9) , then pH of 0.1M Na A is:

CENGAGE CHEMISTRY-IONIC EQUILIBRIUM-Ex 8.4

A lead salts is dissolved in HC1 which si 95% ionised. It is found to ...
Text Solution
|
A solution constains Zn^(2+) ions and Cu^(2+) ions each of 0.02M. If t...
Text Solution
|
The following pH range where the indicator shows change in colour are ...
Text Solution
|
The following acid base titration graphs are given: (I) Which of ...
Text Solution
|
Which indicator is suitable for the titrations: {:("Titration",,"Ind...
Text Solution
|
A solution gives the following colours with different indicators: a....
Text Solution
|
In the titration of NH(4)OH versus HC1, the pH of the solution at equi...
Text Solution
|
The pH indicators are
Text Solution
|
In which of the following acid-base titration, the pH is greater than ...
Text Solution
|
Strong acids are generally used as standard solution in acid-base titr...
Text Solution
|
The best indicator for detection of end point in titration of a weak a...
Text Solution
|
The precipitate of CaF(2) (K(sp)=1.7xx10^(-10)) is obtained when equal...
Text Solution
|
The solubility of A(2)B(3) is "x mol dm"^(-3). Its K(sp) is
Text Solution
|
The pH of Ca(OH)(2) is 10.6 at 25^(@)C. K(sp) of Ca(OH)(2) is
Text Solution
|
Solubility of AgI in 0.05M BaI(2) solution is 10^(-15)M. The solubilit...
Text Solution
|
Solubility of a solute in water is dependent on temperature as given b...
Text Solution
|
The solubility of CaF(2) in a solution of 0.1M Ca(NO(3))(2) is
Text Solution
|
The volume of water needed to dissolve 1mg of PbSO(4) (K(sp) = 1.44 xx...
Text Solution
|
The volume of water needed to prepare a satured solution of Ag^(o+) ha...
Text Solution
|
How many grams of KBr can be added to 1L of 0.12 M solution of AgNO(3)...
Text Solution
|