ENERGY STORED IN A CONDENSER AND TYPES OF CAPACITORS
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Electrostatic Potentials and Capacitance

268053 Some events related to a capacitor are listed in column-I. Match these with their effect(s) in column - II
|Column-I|Column-II |
|-----|-----|
|(a) Insertion of dielectric while battery|(p) Eelctric field plates while battery between plates changes remainaltached|
|(b) Removal of dielectric while battery|(q) C hargepresent on plates changes is not present|
|(c) Slow decrease in separation between|(r) Energy stored in capacitor increases plates while battery is altached|
|(d) Slow increase of|(s) Work done by capacitor agent is positive is not present separation between|

1 \(a r, b-p, c-p, q, s, d-q\)
2 a-p, b-p,, c-r,s, d-s
3 \(a-q, r, b-p, r, s c-p, q, r, d-r, s\)
4 \(a r, p, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268054 The effective capacity of the following capacitors is\(\qquad\)
a)
e) \(\frac{2 c}{3}\)
b)
f) \(2 \mathrm{C}\)
c)
g) \(3 C\)
d)
h) \(\frac{5 C}{2}\)
i) \(\frac{3 C}{2}\)

1 \(a-g, b-f, c-e, d-i\)
2 \(a-g, b-h, c-e, d-i\)
3 \(a-i, b-h, c-e, d-g\)
4 \(a-g, b-e, c-h, d-i\)
Electrostatic Potentials and Capacitance

268056 Two identical capacitors\(A\) and \(B\) are connected to a battery of emf \(E\) as shown in figure. Now a dielectric slab is inserted between the plates of capacitor B while battery remains connected. Due to this inserting some physical quantities may change which are mentioned in Column-I and the effect is mentioned in Column-II.M atch the Column I with C olumn-II

|Column-I|Column-II|
|-----|----|
|(a) Charge on \(\mathrm{A}\)|(p) Increases|
|(b) Charge on \(B\)|(q) Decreases|
|(c) Potential difference across A|(r) Remains constant|
|(d) Potential difference across B|(s) Will change|

1 ar, b-p, c-s, d-q
2 a-p,s b-q,s, c-q,s d-q,s
3 ar, b-p, c-q, d-q
4 \(a r, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268057 Match the following
|Set -I|Set-II|
|-----|-----|
|a) Electrolyte Capacitors|e) Radio circuits \& cheap in cost|
|b) Paper Capacitor|f) Proper Polarity high capacitance of order \(10^{3} \mu \mathrm{F}\)|
|c) Multiple Capacitor|g) Highfrequency oscillating circuits|
|d) Variable|h) Tuning circuits Capacitor in radio \& T.V receivers|

1 \(a-f, b-g, c-h, d-e\)
2 \(a-g, b-f, c-e, d-h\)
3 \(a-f, b-e, c-g, d-h\)
4 \(a-h, b-e, c-f, d-g\)
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Electrostatic Potentials and Capacitance

268053 Some events related to a capacitor are listed in column-I. Match these with their effect(s) in column - II
|Column-I|Column-II |
|-----|-----|
|(a) Insertion of dielectric while battery|(p) Eelctric field plates while battery between plates changes remainaltached|
|(b) Removal of dielectric while battery|(q) C hargepresent on plates changes is not present|
|(c) Slow decrease in separation between|(r) Energy stored in capacitor increases plates while battery is altached|
|(d) Slow increase of|(s) Work done by capacitor agent is positive is not present separation between|

1 \(a r, b-p, c-p, q, s, d-q\)
2 a-p, b-p,, c-r,s, d-s
3 \(a-q, r, b-p, r, s c-p, q, r, d-r, s\)
4 \(a r, p, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268054 The effective capacity of the following capacitors is\(\qquad\)
a)
e) \(\frac{2 c}{3}\)
b)
f) \(2 \mathrm{C}\)
c)
g) \(3 C\)
d)
h) \(\frac{5 C}{2}\)
i) \(\frac{3 C}{2}\)

1 \(a-g, b-f, c-e, d-i\)
2 \(a-g, b-h, c-e, d-i\)
3 \(a-i, b-h, c-e, d-g\)
4 \(a-g, b-e, c-h, d-i\)
Electrostatic Potentials and Capacitance

268056 Two identical capacitors\(A\) and \(B\) are connected to a battery of emf \(E\) as shown in figure. Now a dielectric slab is inserted between the plates of capacitor B while battery remains connected. Due to this inserting some physical quantities may change which are mentioned in Column-I and the effect is mentioned in Column-II.M atch the Column I with C olumn-II

|Column-I|Column-II|
|-----|----|
|(a) Charge on \(\mathrm{A}\)|(p) Increases|
|(b) Charge on \(B\)|(q) Decreases|
|(c) Potential difference across A|(r) Remains constant|
|(d) Potential difference across B|(s) Will change|

1 ar, b-p, c-s, d-q
2 a-p,s b-q,s, c-q,s d-q,s
3 ar, b-p, c-q, d-q
4 \(a r, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268057 Match the following
|Set -I|Set-II|
|-----|-----|
|a) Electrolyte Capacitors|e) Radio circuits \& cheap in cost|
|b) Paper Capacitor|f) Proper Polarity high capacitance of order \(10^{3} \mu \mathrm{F}\)|
|c) Multiple Capacitor|g) Highfrequency oscillating circuits|
|d) Variable|h) Tuning circuits Capacitor in radio \& T.V receivers|

1 \(a-f, b-g, c-h, d-e\)
2 \(a-g, b-f, c-e, d-h\)
3 \(a-f, b-e, c-g, d-h\)
4 \(a-h, b-e, c-f, d-g\)
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Electrostatic Potentials and Capacitance

268053 Some events related to a capacitor are listed in column-I. Match these with their effect(s) in column - II
|Column-I|Column-II |
|-----|-----|
|(a) Insertion of dielectric while battery|(p) Eelctric field plates while battery between plates changes remainaltached|
|(b) Removal of dielectric while battery|(q) C hargepresent on plates changes is not present|
|(c) Slow decrease in separation between|(r) Energy stored in capacitor increases plates while battery is altached|
|(d) Slow increase of|(s) Work done by capacitor agent is positive is not present separation between|

1 \(a r, b-p, c-p, q, s, d-q\)
2 a-p, b-p,, c-r,s, d-s
3 \(a-q, r, b-p, r, s c-p, q, r, d-r, s\)
4 \(a r, p, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268054 The effective capacity of the following capacitors is\(\qquad\)
a)
e) \(\frac{2 c}{3}\)
b)
f) \(2 \mathrm{C}\)
c)
g) \(3 C\)
d)
h) \(\frac{5 C}{2}\)
i) \(\frac{3 C}{2}\)

1 \(a-g, b-f, c-e, d-i\)
2 \(a-g, b-h, c-e, d-i\)
3 \(a-i, b-h, c-e, d-g\)
4 \(a-g, b-e, c-h, d-i\)
Electrostatic Potentials and Capacitance

268056 Two identical capacitors\(A\) and \(B\) are connected to a battery of emf \(E\) as shown in figure. Now a dielectric slab is inserted between the plates of capacitor B while battery remains connected. Due to this inserting some physical quantities may change which are mentioned in Column-I and the effect is mentioned in Column-II.M atch the Column I with C olumn-II

|Column-I|Column-II|
|-----|----|
|(a) Charge on \(\mathrm{A}\)|(p) Increases|
|(b) Charge on \(B\)|(q) Decreases|
|(c) Potential difference across A|(r) Remains constant|
|(d) Potential difference across B|(s) Will change|

1 ar, b-p, c-s, d-q
2 a-p,s b-q,s, c-q,s d-q,s
3 ar, b-p, c-q, d-q
4 \(a r, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268057 Match the following
|Set -I|Set-II|
|-----|-----|
|a) Electrolyte Capacitors|e) Radio circuits \& cheap in cost|
|b) Paper Capacitor|f) Proper Polarity high capacitance of order \(10^{3} \mu \mathrm{F}\)|
|c) Multiple Capacitor|g) Highfrequency oscillating circuits|
|d) Variable|h) Tuning circuits Capacitor in radio \& T.V receivers|

1 \(a-f, b-g, c-h, d-e\)
2 \(a-g, b-f, c-e, d-h\)
3 \(a-f, b-e, c-g, d-h\)
4 \(a-h, b-e, c-f, d-g\)
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Electrostatic Potentials and Capacitance

268053 Some events related to a capacitor are listed in column-I. Match these with their effect(s) in column - II
|Column-I|Column-II |
|-----|-----|
|(a) Insertion of dielectric while battery|(p) Eelctric field plates while battery between plates changes remainaltached|
|(b) Removal of dielectric while battery|(q) C hargepresent on plates changes is not present|
|(c) Slow decrease in separation between|(r) Energy stored in capacitor increases plates while battery is altached|
|(d) Slow increase of|(s) Work done by capacitor agent is positive is not present separation between|

1 \(a r, b-p, c-p, q, s, d-q\)
2 a-p, b-p,, c-r,s, d-s
3 \(a-q, r, b-p, r, s c-p, q, r, d-r, s\)
4 \(a r, p, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268054 The effective capacity of the following capacitors is\(\qquad\)
a)
e) \(\frac{2 c}{3}\)
b)
f) \(2 \mathrm{C}\)
c)
g) \(3 C\)
d)
h) \(\frac{5 C}{2}\)
i) \(\frac{3 C}{2}\)

1 \(a-g, b-f, c-e, d-i\)
2 \(a-g, b-h, c-e, d-i\)
3 \(a-i, b-h, c-e, d-g\)
4 \(a-g, b-e, c-h, d-i\)
Electrostatic Potentials and Capacitance

268056 Two identical capacitors\(A\) and \(B\) are connected to a battery of emf \(E\) as shown in figure. Now a dielectric slab is inserted between the plates of capacitor B while battery remains connected. Due to this inserting some physical quantities may change which are mentioned in Column-I and the effect is mentioned in Column-II.M atch the Column I with C olumn-II

|Column-I|Column-II|
|-----|----|
|(a) Charge on \(\mathrm{A}\)|(p) Increases|
|(b) Charge on \(B\)|(q) Decreases|
|(c) Potential difference across A|(r) Remains constant|
|(d) Potential difference across B|(s) Will change|

1 ar, b-p, c-s, d-q
2 a-p,s b-q,s, c-q,s d-q,s
3 ar, b-p, c-q, d-q
4 \(a r, b-q, c-s, d-q\)
Electrostatic Potentials and Capacitance

268057 Match the following
|Set -I|Set-II|
|-----|-----|
|a) Electrolyte Capacitors|e) Radio circuits \& cheap in cost|
|b) Paper Capacitor|f) Proper Polarity high capacitance of order \(10^{3} \mu \mathrm{F}\)|
|c) Multiple Capacitor|g) Highfrequency oscillating circuits|
|d) Variable|h) Tuning circuits Capacitor in radio \& T.V receivers|

1 \(a-f, b-g, c-h, d-e\)
2 \(a-g, b-f, c-e, d-h\)
3 \(a-f, b-e, c-g, d-h\)
4 \(a-h, b-e, c-f, d-g\)
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