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Test: Equivalence concept, Redox titrations - JEE MCQ
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15 Questions MCQ Test Chemistry for JEE Main & Advanced - Test: Equivalence concept, Redox titrations
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Test: Equivalence concept, Redox titrations - Question 1
The mass of 
produced when excess of 
is bubbled through a solution of 
is
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 1
1 mole of 
gives 1 mole of 
205 mole of 
will give 205 mole of 
wt. of 
mole of 
will be
Test: Equivalence concept, Redox titrations - Question 2
The ratio of amounts of 
needed to precipitate all the metal ions from 
of 
and 
of 
will be
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 2
mole 
mole 
millimole 
millimole 
required
mole 
millimole 
milimole 
required
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Test: Equivalence concept, Redox titrations - Question 3
0.45 g of acid (molecular weight 90) is neutralised by 20ml of 0.5 N caustic potash. The basicity of acid is
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 3
E. 
Test: Equivalence concept, Redox titrations - Question 4
platinic chloride of a mono- acidic base on ignition gives 
platinum. The molecular weight of the base is molecular weight of 
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 4
Test: Equivalence concept, Redox titrations - Question 5
Given : 
The values of 
and 
in the above redox reaction are respectively :
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Test: Equivalence concept, Redox titrations - Question 6
The number of electrons involved in the reduction of one nitrate ion to hydrazine is
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 6
number of electrons required is 7 .
Test: Equivalence concept, Redox titrations - Question 7
The concentration of oxalic acid is ' 
' 
. 
of this solution reacts with 
of 
acidified 
. What is the 
of ' 
' 
oxalic acid solution ? (Assume that oxalic acid dissociates completely)
' . of this solution reacts with of acidified . What is the of ' ' oxalic acid solution ? (Assume that oxalic acid dissociates completely)
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 7
eq. wt. 
mol. wt. of oxalic acid
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 8
is changing from 0 to 
, while in nitrogen it is changing from 0 to 
. So oxidation of 
and reduction of nitrogen takes place.
Test: Equivalence concept, Redox titrations - Question 9
Which of the following involves transfer of five electrons ?
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 9
in 
is 
and in 
it is 
The difference is of 5 electrons
Test: Equivalence concept, Redox titrations - Question 10
The colour of phenolphthalein in acid and base ranges of the indicator respectively, are
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 10
Test: Equivalence concept, Redox titrations - Question 11
Which of the following indicators can be used to detect end point in the titration of a weak acid versus strong base?
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 11
at the equivalence point is more that 7 due to hydrolysis of congugate base of the weak acid. The steep rise in 
around equivalence point encompasses the range 7 to 10 . Thus, thymolphthalein can be used as the indicator to locate end point.
Test: Equivalence concept, Redox titrations - Question 12
The titration of a weak base versus weak acid cannot be carried out by using acid-base indicator because
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 12
is given by
of 
solution, we will have
Test: Equivalence concept, Redox titrations - Question 13
Which of the following indicators (buffer range provided in brackets) cannot be used to detect end point of titration between strong acid and strong base?
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 13
near the equivalence point.
Test: Equivalence concept, Redox titrations - Question 14
Find the value of 
for the following half equation.
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 14
is 
.
Test: Equivalence concept, Redox titrations - Question 15
The product of oxidation of 
with 
in alkaline medium is:-
with in alkaline medium is:-
Detailed Solution for Test: Equivalence concept, Redox titrations - Question 15
with 
in alkaline solution is given by
reduced from +7 to +6 and the oxidation state of I oxidised from -1 to +5.
is involved in the reaction.
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