Types Of Bases (क्षारों के प्रकार)|Acidity Of Bases (क्षार की अम्लता)|Uses Of Some Important Bases (कुछ महत्वपूर्ण क्षारों के उपयोग)|pH Scale (pH स्केल)|Indicator (संसूचक)|Buffer Solution (बफर विलयन)|Summary

Species Of Atoms (परमाणु की प्रजातियाँ)|Uses Of Some Important Radio Isotopes (समस्थानिकों के महत्वपूर्ण उपयोग)|Summary

Properties Of Acids (अम्ल के गुणधर्म)|Types Of Bases (क्षार के प्रकार)|PH Scale ( ph स्केल)|सारांश

Matters (पदार्थ)|Acid (अम्ल)|Types Of Acid (अम्ल के प्रकार)|Base (क्षारक)|Summary

ऑस्टवाल्ड का तनुता नियम|अम्ल व क्षार का आयनन या वियोजन|आयनन की मात्रा|क्षार को जल में वियोजन|अम्ल व क्षारों के प्रबलता|बहु-प्रोटोनिक अम्ल व बहु-प्रोटोनिक क्षारक|जल का आयनन या जल का आयनिक गुणनफल|pH मान की अवधारणा|pH स्केल|pH, pOH तथा pK_w में सम्बन्ध|लवणों का जल-अपघटन और विलयन का pH|OMR|Summary

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) Any buffer can be used as a buffer up to :

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) Which among the following solution will the most efficient buffer

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) pH of 0.08 "mol" dm^(-3) HOCl soluton is 2.85 . Calculate its ionization constant.

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) The buffer capacity is equal to

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) Buffer capacity is maximum when

Higher the amount of acid or base used to product a deinite change of pH in a buffer solution, higher will be its buffe capacity. Buffer capcity of solution is maximum under the following conditions [Salt] = [Acid](in acid buffer) [Salt] = [Base] (in base capacity] pH of buffer solution lies inthe range given below pH = pH_(a) +-1 In other words,any buffer solution can be used as buffer up to two pH units only, depending upon the value of pK_(a) or pK_(b) . A buffer is said to be efficient when pH = pK_(a) or pOH = pK_(b) Acifity of BF_(3) can be explained on the basis of which of the following concepts