Chapter 14 Current Electricity Physics 10th Class Federal MCQ Tests
10th Class Physics Chapter 14 MCQ Tests
Chapter 14 of 10th Class Physics has 36 questions. If you take an online MCQ test, the system will randomly choose the questions. If you want to take the quiz by chapter then click the start test button.
Total Questions: 36
Total Marks: 36
Time: 40 Mins
Total Questions: 36
Total Marks: 36
Time: 40 Mins
40Min : 00 Sec Remaining
Question # 1
A wire has a resistance of 8 Ω. A second wire, made of the same material, has half the length and twice the cross-sectional area, as compared to that of the first wire. What is the resistance of the second wire?
Question # 2
Why a thin region of light bulb filament has more possibility to burn than the thicker one?
Question # 3
If 0.5 C charge passes through a wire in a time of 10 s, then what will be the value of current flowing through the wire?
Question # 4
The current in an electric heater is 12 A. It is switched on for seven minutes. How much charge flows through the heater?
Question # 5
Why is AC transfer more effective than DC transfer over long distances?
Question # 6
Why the filament bulb doesn't obey Ohm's law?
Question # 7
How long a current of 10 mA takes to deliver 30 C of charge?
Question # 8
If a live wire comes in contact with metal casing, excess current moves to which of the following?
Question # 9
Why are automobile headlights connected in parallel?
Question # 10
An incandescent light bulb with an operating resistance of 95 Ω is labelled "150 W". Is this bulb designed to be used in a 120 V circuit or 220 V circuit?
Question # 11
The resistance of a conductor wire is 10 MΩ. If a potential difference of 100 volt is applied across its ends, then what will be the value of current passing through it in mA?
Question # 12
The flow of which of the following causes an electric current in conductors?
Question # 13
Circuit breaker works on which of the following principles?
Question # 14
An electric bulb is marked with 220 V, 100 W. What is the energy in kilowatt-hour consumed by the bulb in one month, if it has been used for 5 hours daily?
Question # 15
Increase in which of the following factors causes an increase in the resistance of a wire?
Question # 16
Why is electric potential of Earth taken as zero?
Question # 17
Which of the following represents unidirectional current?
Question # 18
Which of the following statements is true about a discharge tube?
Question # 19
Why is electric energy measured in kilowatt hour?
Question # 20
Why bends in a wire do not effect its electrical resistance?
Question # 21
What will be the equivalent resistance across any two terminals in the circuit shown in image, where the 3 resistors each of 1 Ω are arranged in the form of a triangle?
Question # 22
The ohm's law applies under which of the following conditions?
Question # 23
Which of the following is a characteristic of a fuse wire?
Question # 24
Why power companies supply AC, not DC?
Question # 25
What is the resistance of the filament of a bulb, if the bulb is marked with 220 V, 100 W?
Question # 26
The image shows the current-voltage graph of two filament lamps. Which of the following statements is true?
Question # 27
The resistance of conductor wire is 10 MΩ. If a potential difference 100 volt is applied across its ends, then what will be the value of current passing through it in mA?
Question # 28
Each home appliance is connected to main supply through a fuse and a switch. Which of the wires of electric supply is connected through fuse and switch?
Question # 29
If the length of copper wire is 1 m and its diameter is 2 mm, then what is the resistance of this copper wire?
Question # 30
An electric motor is running with 220 V and 1.5 A current. What is the energy supplied by it in kilowatt-hour in 5 hours?
Question # 31
What type of electrical component is a circuit breaker?
Question # 32
Which of the following currents passes from a point at higher potential to a lower potential?
Question # 33
Two resistances of 6 kΩ and 12 kΩ are connected in parallel. A 6 V battery is connected across the ends of this circuit. What is the equivalent resistance and potential difference across each resistance?
Question # 34
Where is the fuse connected in the circuit?
Question # 35
Why should household appliances be connected in parallel to the voltage source?
Question # 36
If a 900 V source is connected in a series circuit, voltage is divided across three series resistors of V1 = 300 V, V2 = 280V and V3. What is the value of V3?
Total Questions
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Question # 1
A wire has a resistance of 8 Ω. A second wire, made of the same material, has half the length and twice the cross-sectional area, as compared to that of the first wire. What is the resistance of the second wire?
Question # 2
Why a thin region of light bulb filament has more possibility to burn than the thicker one?
Question # 3
If 0.5 C charge passes through a wire in a time of 10 s, then what will be the value of current flowing through the wire?
Question # 4
The current in an electric heater is 12 A. It is switched on for seven minutes. How much charge flows through the heater?
Question # 5
Why is AC transfer more effective than DC transfer over long distances?
Question # 6
Why the filament bulb doesn't obey Ohm's law?
Question # 7
How long a current of 10 mA takes to deliver 30 C of charge?
Question # 8
If a live wire comes in contact with metal casing, excess current moves to which of the following?
Question # 9
Why are automobile headlights connected in parallel?
Question # 10
An incandescent light bulb with an operating resistance of 95 Ω is labelled "150 W". Is this bulb designed to be used in a 120 V circuit or 220 V circuit?
Question # 11
The resistance of a conductor wire is 10 MΩ. If a potential difference of 100 volt is applied across its ends, then what will be the value of current passing through it in mA?
Question # 12
The flow of which of the following causes an electric current in conductors?
Question # 13
Circuit breaker works on which of the following principles?
Question # 14
An electric bulb is marked with 220 V, 100 W. What is the energy in kilowatt-hour consumed by the bulb in one month, if it has been used for 5 hours daily?
Question # 15
Increase in which of the following factors causes an increase in the resistance of a wire?
Question # 16
Why is electric potential of Earth taken as zero?
Question # 17
Which of the following represents unidirectional current?
Question # 18
Which of the following statements is true about a discharge tube?
Question # 19
Why is electric energy measured in kilowatt hour?
Question # 20
Why bends in a wire do not effect its electrical resistance?
Question # 21
What will be the equivalent resistance across any two terminals in the circuit shown in image, where the 3 resistors each of 1 Ω are arranged in the form of a triangle?
Question # 22
The ohm's law applies under which of the following conditions?
Question # 23
Which of the following is a characteristic of a fuse wire?
Question # 24
Why power companies supply AC, not DC?
Question # 25
What is the resistance of the filament of a bulb, if the bulb is marked with 220 V, 100 W?
Question # 26
The image shows the current-voltage graph of two filament lamps. Which of the following statements is true?
Question # 27
The resistance of conductor wire is 10 MΩ. If a potential difference 100 volt is applied across its ends, then what will be the value of current passing through it in mA?
Question # 28
Each home appliance is connected to main supply through a fuse and a switch. Which of the wires of electric supply is connected through fuse and switch?
Question # 29
If the length of copper wire is 1 m and its diameter is 2 mm, then what is the resistance of this copper wire?
Question # 30
An electric motor is running with 220 V and 1.5 A current. What is the energy supplied by it in kilowatt-hour in 5 hours?
Question # 31
What type of electrical component is a circuit breaker?
Question # 32
Which of the following currents passes from a point at higher potential to a lower potential?
Question # 33
Two resistances of 6 kΩ and 12 kΩ are connected in parallel. A 6 V battery is connected across the ends of this circuit. What is the equivalent resistance and potential difference across each resistance?
Question # 34
Where is the fuse connected in the circuit?
Question # 35
Why should household appliances be connected in parallel to the voltage source?
Question # 36
If a 900 V source is connected in a series circuit, voltage is divided across three series resistors of V1 = 300 V, V2 = 280V and V3. What is the value of V3?
Total Questions
123456789101112131415161718192021222324252627282930313233343536
Physics MCQ Test by Topics
- +14.1 Electric Current
- +14.2 Potential Difference
- +14.3 Electromotive Force (e.m.f)
- +14.4 OHM'S Law
- +14.5 Characteristics of Ohmic and Non Ohmic Conductors
- +14.6 Factors Affecting Resistance
- +14.7 Conductors
- +14.8 Insulators
- +14.9 Combination of Resistors
- +14.10 Electrical Energy and Joule's Law
- +14.11 Electric Power
- +14.12 Direct Current and Alternating Current
- +14.13 Hazards of Electricity
- +14.14 Safe Use of Electricity in Homes
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10th Class Federal MCQ Tests
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Updated on: 01-09-2026
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