CBSE Class 10 Physics Electricity Worksheet Set A

Read and download free pdf of CBSE Class 10 Physics Electricity Worksheet Set A. Download printable Science Class 10 Worksheets in pdf format, CBSE Class 10 Science Chapter 12 Electricity Worksheet has been prepared as per the latest syllabus and exam pattern issued by CBSE, NCERT and KVS. Also download free pdf Science Class 10 Assignments and practice them daily to get better marks in tests and exams for Class 10. Free chapter wise worksheets with answers have been designed by Class 10 teachers as per latest examination pattern

Chapter 12 Electricity Science Worksheet for Class 10

Class 10 Science students should refer to the following printable worksheet in Pdf in Class 10. This test paper with questions and solutions for Class 10 Science will be very useful for tests and exams and help you to score better marks

Class 10 Science Chapter 12 Electricity Worksheet Pdf

MCQ Questions for NCERT Class 10 Science Electricity

Question. 100 J of heat is produced each second in a 4Ω resistor. The potential difference across the resistor will be:
(a) 30 V
(b) 10 V
(c) 20 V
(d) 25 V

Answer : B

Question. A battery of 10 volt carries 20,000 C of charge through a resistance of 20 Ω. The work done in 10 seconds is
(a) 2 × 103 joule
(b) 2 × 105joule
(c) 2 × 104 joule
(d) 2 × 102 joule

Answer : B

Question. A student carries out an experiment and plots the V-I graph of three samples of nichrome wire with resistances R1 R2 and R3 respectively. Which of the following is hue?
(a) R1 = R2 = R3
(b) R1 > R2 > R3
(c) R3 > R2 > R1
(d) R2 > R3 > R1

Answer : C

Question. 1 kWh = ……….. J
(a) 3.6 × 10-6 J
(b) \(\frac{1}{3.6}\) × 106 J
(c) 3.6 × 106 J
(d) \(\frac{1}{3.6}\) × 10-6 J

Answer : C

Question. A boy records that 4000 joule of work is required to transfer 10 coulomb of charge between two points of a resistor of 50 Ω. The current passing through it is
(a) 2 A
(b) 4 A
(c) 8 A
(d) 16 A

Answer : C

Question. Three resistors of 1 Ω, 2 ft and 3 Ω are connected in parallel. The combined resistance of the three resistors should be
(a) greater than 3 Ω
(b) less than 1 Ω
(c) equal to 2 Ω
(d) between 1 Ω and 3 Ω

Answer : B

Question. If the current I through a resistor is increased by 100 % (assume that temperature remains unchanged), the increase in power dissipated will be 
(a) 100%
(b) 200%
(c) 300 %
(d) 400 %

Answer : C

Question. Two wires of same length and area made of two materials of resistivity ρ1 and ρ2 are connected in series to a source of potential V. The equivalent resistivity for the same area is
(a) ρ1 + ρ2
(b) ρ1ρ21 + ρ2
(c) (ρ1 + ρ2)/ρ1ρ2
(d) (|ρ1 + ρ2|/2)

Answer : C

Question. A cylindrical conductor of length l and uniform area of cross-section A has resistance R. Another conductor of length 2l and resistance R of the same material has area of cross-section 
(a) A/2
(b) 3A/2
(c) 2A
(d) 3A

Answer : C

Question. The least resistance obtained by using 2 Ω, 4 Ω, 1 Ω and 100 Ω is
(a) < 100 Ω
(b) < 4 Ω
(c) < 1 Ω
(d) > 2 Ω

Answer : C

Question. If R1 and R2 be the resistance of the filament of 40 W and 60 W respectively operating 220 V, then
(a) R1 < R2
(b) R2 < R1
(c) R1 = R2
(d) R1 ≥ R2

Answer : B

Question. The electrical resistance of insulators is
(a) high
(b) low
(c) zero
(d) infinitely high

Answer : D

Question. If P and V are the power and potential of device, the power consumed with a supply potential V1 is
(a) V21/V2 P
(b) V2/V21 P
(c) V/V1 P
(d) V1/V P

Answer: A

Question. Two devices are connected between two points say A and B in parallel. The physical quantity that will remain the same between the two points is
(a) current
(b) voltage
(c) resistance
(d) None of these

Answer : B

Question. A fuse wire repeatedly gets burnt when used with a good heater. It is advised to use a fuse wire of
(a) more length
(b) less radius
(c) less length
(d) more radius

Answer : D

True and False :

Question. The equivalent resistance between two diametrically opposite points as a wire of 10 Ω resistance is made a circle is 2.5 Ω. 
Answer: True

Question. Devices of higher power used at home have lower resistance. 
Answer: True

Question. 12 V means the work done to carry a unit charge from one point to another is 12 joule. 
Answer: True

Question. Rheostat used in series in a circuit can make a bulb to glow with varying brightness. 
Answer: True

Question. One common point and no sharing devices for that point are the conditions to be satisfied for two resistors to be in series.
Answer: True

Question. When bulbs are connected in series, the lower power bulb glows brighter. 
Answer: True

Question. Nichrome is used for making standard resistances as it readily varies its resistance with temperature. 
Answer: False

Assertion-Reason Type Questions

For question numbers 1 to 3 two statements are given-one labeled as Assertion (a) and the other labeled
Reason (R). Select the correct answer to these questions from the codes (a), (b), (c) and (d) as given ahead:

(a) Both ‘A’ and ‘R’ are true and ‘R’ is correct explanation of the Assertion.
(b) Both ‘A’ and ‘R’ are true but ‘R’ is not correct explanation of the Assertion.
(c) ‘A’ is true but ‘R’ is false.
(d) ‘A’ is false but ‘R’ is true.

Question. Assertion: Electric toasters are made up of alloys.
Reason: Alloys have high resistivity and do not get oxidised at high temperature.
Answer : A

Question. Assertion: A fuse wire is always connected in parallel with the mainline.
Reason: If a current larger than the specified value flows through the circuit, fuse wire melts.
Answer : B

Question. Assertion: The commercial unit of electrical energy is 1 kWs
Reason: 1 kWh = 3.6 × 106 J.
Answer : B

Very Short Answer :
 
Question. Which instrument is used in measuring potential difference? 
Answer: The potential difference is measured by an instrument called voltmeter.

Question. Out of the two wires P and Q shown below, which one has greater resistance?
Answer: Smaller the area of cross-section, greater will be resistance as R ∝ \(\frac{1}{A}\) . …(For the same length) So, wire has greater resistance.

Question. The resistance whose V-I graph is given below is
Answer: Resistance = slope line of V-I graph =

Question. The radius of conducting wire is doubled. What will be the ratio of its new specific resistance to the old one?
Answer: 1 : 1, as it depends on the nature of material only.

Question. A given length of a wire is doubled on itself and this process is repeated once again. By what factor does the resistance of the wire change? 
Answer: Length becomes one-fourth of the original length and area of cross-section becomes four times that of original.

Question. Is there any charge movement in a wire under normal conditions?
Answer: No, net motion is zero even though individual charge can move.

Question. A resistance of 1 k Ω has a current of 0.25 A throughout it when it is connected to the terminals of a battery. What is the potential difference across the ends of a resistor.
Answer: From Ohm’s law, V = IR = 0.25 × 1000 = 250 V

Question. Name the scientist who first studied
(i) current
(ii) resistance in detail.
Answer: (i) Andre – Marie, Ampere
(ii) Georg – Simon, Ohm.

Question. Resistance of an incandescent filament of a lamp is comparatively much more than that when it is at room temperature. Why? 
Answer: When bulb is switched on (i.e., incandescent state), the temperature of filament rises. As the temperature increases, the resistance of conductor also increases.

Question. Why is closed path required for the flow of current?
Answer: It makes possible to move the electrons in a particular direction, so closed path is necessary for the flow of current.

Question. Why is a series arrangement not used for connecting domestic electrical appliances in a circuit?
Answer: If any one stops working due to some reason, other will also stop working.

Question. What is the SI unit of the electric charge and how it’s denoted? 
Answer: The SI unit of electric charge is coulomb and its denoted by the letter C
 
Question. What is ampere? 
Answer: When 1 coulomb of charge flows through any cross-section of a conductor in 1 second the electric current flowing through it is said to be 1 ampere.
 
Question. What is the SI unit of the potential difference? 
Answer: The SI unit of the potential difference is volt.
 
Question. What is voltage?
Answer: Voltage is the other name for the potential difference.

Question. Calculate the number of electrons that would flow per second through the cross- section of a wire when 1 A current flows in it.
Answer :
Given: I = 1A , t = 1 s , Q = It , Q =1Ax 1s = 1C But Q = ne or n = Q/e = 1 /1.6x10-19
= 6.25 x 108 electrons

Question. Define the following terms:
(a) one ampere (b) 1 volt.
Answer :
One Ampere: The SI unit of electric current is ampere (A). One ampere is the electric current when one coulomb of charge flows through a conductor in one second.
One Volt: The SI unit of potential difference is volt (V). One volt is the potential difference between two points in an electric circuit when one joule of work is done to move a charge of one coulomb from one point to the other.

Question. Keeping the potential difference constant, the resistance of a circuit is doubled. By how much does the current change?
Answer :
V = IR or V/R= l ,
Since the resistance and the current are inversely proportional, the current will become half.

Question. How much work is done in moving a charge of magnitude 3 C across two points having a potential difference of 12 V?
Answer:
Given : Q = 3 C, V = 12 V
To find: W , as V = W/Q or W = VQ = 12 × 3 = 36 J

Question. Define electric power. Write an expression relating electric power, potential difference and resistance.
Answer : Electric power : It is the amount of electric energy consumed in a circuit per unit time. Expression
: P = V2 /R Where, P = Electric Power, V = Potential difference, R = Resistance

Question. Give reason for the following:
a. Tungsten used almost exclusively for filament of electric lamp.
b. Why do we use copper and aluminium wires for transmission of electric current?
Answer :
a. Tungsten is used in making the filament of electric lamp because it has high resistivity and high
melting point.
b. The copper and aluminium have low resistivity and high conductivity.

Question. List in a tabular form two differences between a voltmeter and an ammeter.

CBSE Class 10 Physics Electricity

Question. Write the factors on which heat produced in a resistor depends
Answer : heat produced in a resistor is directly proportional to
• Square of current (I2)
• Resistance of the resistor (R) and
• Time for which the current flows through the resistor. (t)
H = I2Rt joules , hence By Ohm’s law, we get H = VIt joules = V2 t/R joules

Question. Distinguish between resistances in series and resistances in parallel.
Answer :
Resistances in series:
1. If a number of resistances are connected in such a way that the same current flows through each
resistance, then the arrangement is called resistances in series.
2. The current across each resistance is same.
3. The equivalent resistance in series combination is greater than the individual resistances.
4. This combination decreases the current in the circuit.
Resistances in parallel:
1. If a number of resistances are connected between two common points in such a way that the potential differences across each of them is the same, then the arrangement is called resistances in parallel.
2. The voltage across each resistance is same.
3. The equivalent resistance in parallel combination is smaller than each of the individual resistances.
4. This combination increases the current in the circuit.

Question. What is the better way of connecting lights and other electrical appliances in domestic wiring? Why?
Answer : The better way of connecting lights and other electrical appliances in domestic wiring is parallel connection because of the following advantages:
• In parallel circuit, if one appliance stops working due to some defect, then all other appliances keep working normally.
• In parallel circuit, each electrical appliance has its own switch due to which it can be turned on or off, without affecting other appliances.
• In parallel circuit, each electrical appliance gets the same voltage (220 V) as that of the power supply line.
• In parallel circuit, the overall resistance of the domestic circuit is reduced due to which the current from the power supply is high.

Question. Two students perform experiments on series and parallel combinations of two given resistors R1 and R2 and plot the following V-I graphs.

CBSE Class 10 Physics Electricity

Which of the graphs is (are) correctly labelled in terms of the words ‘Series and parallel’? justify your answer.
Answer : In case of series combination, the effective resistance = R1 + R2 is more, hence slope of V – I graph will be more. It is otherwise in case of I – V graph. So, series and parallel are correctly marked in graph (ii).

Question. A bulb is rated at 5.0 V, 100 mA. Calculate its (a) power and (b) resistance.
Answer : Rating of bulb, V = 5 0. Volt, I = 100 mA = 100 x10-3 A = 0.1A
a. Power of bulb P = V x l or P = 5 .0 x 0 .1 = 0.5W
b. V = IR or R =V/l = 5/0.1 = 50 Ω

Question. (a) List the factors on which the resistance of a conductor in the shape of a wire depends.
(b) Why are metals good conductors of electricity whereas glass is a bad conductor of electricity? Give reason.
(c) Why are alloys commonly used in electrical heating devices? Give reason.
Answer : a. Factors on which resistance of a wire depends:
i. Resistance is directly proportional to length (l)
ii. Resistance is inversely proportional to area of cross-section(A).
i.e. R α l, R α 1/A or R α l/A
or R = ρ l/A, here ρ is the resistivity of the material at a particular temperature (ie, resistivity depends on material and temperature)
b. Metals are good conductors due to having large number of free electrons and their low resistivity. Glass is a bad conductor because it has no free electrons and its resistivity is higher.
c. Alloys are commonly used in electrical heating devices due to their high resistivity and high melting point.

Question. A nichrome wire has a resistance of 10 Ω. Find the resistance of another nichrome wire, whose length is three times and area of cross-section four times the first wire.
Answer : we have resistance R = ρ l/A
For first wire length L1= l, Area of cross section A1= A
So, for first wire resistance R1= ρ l/A = 10 Ω
For second wire length L2 = 3l, Area of cross section A2 = 4A
So, for second wire resistance R2 = ρ 3l/4A

CBSE Class 10 Physics Electricity

Question. State the formula co-relating the electric current flowing in a conductor and the voltage applied across it. Also, show this relationship by drawing a graph. What would be the resistance of a conductor, if the current flowing through it is 0.35 ampere when the potential difference across
it is 1.4 volt?
Answer : potential difference V = IR where I is electric current and R, resistance of conductor
ie, V α l
If we plot a graph b/w V and I, it is a straight line.
Graph b/w V and I:

CBSE Class 10 Physics Electricity

Given current l = 0.35 A, potential difference V = 1.4 V
Resistance R = = 𝑉/𝐼 , R = 1.4 / .35 = 4 Ω

Question. Calculate the total cost of running the following electrical devices in the month of September, if the rate of 1 unit of electricity is Rs. 6.00. (i) Electric heater of 1000 W for 5 hours daily. (ii) Electric refrigerator of 400 W for 10 hours daily
Answer : P1 = 1000 W = 1kW, t1= 5h,
P2 = 400 W = 400 /1000 kW = 0.4KW, t2 = 10h
No. of days in September, n = 30
E1 =P1 × t1 × n = 1 kW × 5h × 30 = 150 kWh
E2 =P2 × t2 × n = 0.4kW x 10h x 30 = 120kWh
؞ Total energy = (150 + 120) kWh = 270 kWh ,so Total cost = 270 x 6 = Rs. 1620/-

Question. (i) Consider a conductor of resistance ‘R’, length ‘L’, thickness ‘d’ and resistivity ‘ρ’. Now this conductor is cut into four equal parts. What will be the new resistivity of each of these parts? Why?
(ii) Find the resistance if all of these parts are connected in:
(a) Parallel (b) Series
(iii) Out of the combinations of resistors mentioned above in the previous part, for a given
voltage which combination will consume more power and why?
Answer : (i) Resistivity will not change as it do not depend on the dimensions of the conductor. It depends on the nature of material of the conductor.
(ii) The length of each part become L/4, ρ is constant and R = ρL/A

CBSE Class 10 Physics Electricity

(ii) We know that Power P given as P=V.I =V²/R ( V= IR)
For given voltage parallel connection consume more power because it have low equivalent resistance.

Question. Two bulbs A and B are rated as 90W–120V and 60W–120V respectively. They are connected in parallel across a 120V source. Find the current in each bulb. Which bulb will consume more energy?
Answer : First Bulb: 90 W–120 V.
Resistance of first bulb R1= V2 /P1 = 120 𝑋 120/90 = 160 Ω
Current in first bulb I1 = V/R1 = 120 /160 = .75 A
Resistance of second bulb R2 = V2 /P2 = 120 𝑋 120/60 = 240 Ω
Current in second bulb I2 = V/R2 = 120 /240 = .50 A
Power of first bulb is more than second bulb, so first bulb will consume more energy.

Question. In the given circuit, A, B, C and D are four lamps connected with a battery of 60 V.

CBSE Class 10 Physics Electricity
Analyse the circuit to answer the following questions.
(i) What kind of combination are the lamps arranged in (series or parallel)?
(ii) Explain with reference to your above answer, what are the advantages (any two) of this combination of lamps?
(iii) Explain with proper calculations which lamp glows the brightest?
(iv) Find out the total resistance of the circuit R
Answer : (i) The lamps are in parallel.
(ii) Advantages: If one lamp is faulty, it will not affect the working of the other lamps. They will also be using the full potential of the battery as they are connected in parallel. (ii) The lamp with the highest power will glow the brightest. Since P=VI and In this case, all the bulbs have the same voltage. But lamp C has the highest current.
Hence, for Lamp C, power P = 5 × 60 Watt = 300 W. (the maximum).
(iii) The total current in the circuit = 3+4+5+3 A = 15A , Voltage = 60V
R = V/I = 60/15 = 4 Ω

 

Case Based Questions :
 

Read the passage carefully and answer the following questions from The electrical energy consumed by an electrical appliance is given by the product of its power rating and the duration for which it is used. SI unit of electrical energy is the joule. Where a large quantity of energy is involved, using a joule is not convenient as a unit. So, for commercial purposes, bigger units of electrical energy are involved. 1 kilowatt-hour is equal to 3.6 × 106 joules of electrical energy.

Question. Choose the correct statement: 
(a) 1 watt-hour = 3600 J
(b) 1 kWh = 36 × 106 J
(c) Energy in kWh = power in W(watt) × time in hour(h)
(d) Energy in kWh = V × I × T1000

Answer: A

Question. Choose the incorrect statement. 
(a) Higher the resistance, the lesser the power consumed.
(b) Lower the resistance, more the voltage drawn.
(c) Higher the resistance, the higher the current flown.
(d) Higher the resistance, the lesser the voltage drawn.

Answer: C

Question. The value of energy dissipated by a certain heater is E. If the duration of operation of the heater is doubled, the energy dissipated will be: 
(a) halved
(b) doubled
(c) four-times
(d) remains same

Answer: B

Question. 60 W is the power of a lamp. The energy dissipated in one minute is: 
(a) 360 J
(b) 36 J
(c) 3.6 J
(d) 3600 J

Answer: D

Question. Calculate the energy transformed by a 5 A current flowing through a resistor of 2 Ω for 30 minutes. 
(a) 90 kJ
(b) 80 kJ
(c) 60 kJ
(d) 40 kJ

Answer: A

Observe the figure carefully and answer the following questions from The following graphs represent the current versus voltage and voltage versus current for six conductors A, B, C, D, E, and F. 

CBSE Class 10 Physics Electricity Worksheet Set A

Question. Which indicates the correct sum of least resistances of two graphs? 
(a) Curve C + Curve F
(b) Curve A + Curve D
(c) Curve A + Curve F
(d) Curve C + Curve D

Answer: C

Question. If resistances shown by curve A and curve E are added, the value will be: 
(a) 1.83 W
(b) 1.50 W
(c) 1.64 W
(d) 1.25 W

Answer: D

Question. Which is true for these graphs? 
CBSE Class 10 Physics Electricity Worksheet Set A  

(a) Both are ohmic conductors
(b) Curve A is ohmic and B is non-ohmic conductor
(c) Both are non-ohmic conductors
(d) Curve B is ohmic and A is non-ohmic conductor

Answer: C

Question. Among conductors A, B, C, D, E, F, the maximum resistance is shown by: 
(a) curve C
(b) curve A
(c) curve F
(d) curve D

Answer: A

Question. Which of the following does not indicate the resistance of curve B? 
(a) The slope of curve B
(b) The ratio of V-intercept to I-intercept
(c) The ratio of total grids on the y-axis to total grids on the xaxis
(d) 3/4 Ω

Answer: D

Click below to download practice worksheet for CBSE Class 10 Physics Electricity Worksheet Set A

Chapter 06 Life Processes
CBSE Class 10 Biology Excretion Set A
CBSE Class 10 Biology Excretion Set B
CBSE Class 10 Biology Excretion Set C
CBSE Class 10 Biology Heterotrophic Nutrition Worksheet Set A
CBSE Class 10 Biology Heterotrophic Nutrition Worksheet Set B
CBSE Class 10 Biology Life Processes Nutrition In Animals Worksheet
CBSE Class 10 Biology Life Processes Nutrition In Plants Worksheet
CBSE Class 10 Biology Life Processes Nutrition Worksheet Set A
CBSE Class 10 Biology Life Processes Nutrition Worksheet Set B
CBSE Class 10 Biology Life Processes Nutrition Worksheet Set C
CBSE Class 10 Biology Life Processes Nutrition Worksheet Set D
CBSE Class 10 Biology Life Processes Reference Materials Worksheet
CBSE Class 10 Biology Life Processes Respiration In Animals Worksheet
CBSE Class 10 Biology Life Processes Respiration Worksheet Set A
CBSE Class 10 Biology Life Processes Respiration Worksheet Set B
CBSE Class 10 Biology Life Processes Respiration Worksheet Set C
CBSE Class 10 Biology Life Processes Respiration Worksheet Set D
CBSE Class 10 Biology Life Processes Transporation Worksheet Set A
CBSE Class 10 Biology Life Processes Transporation Worksheet Set B
CBSE Class 10 Biology Life Processes Transporation Worksheet Set C
CBSE Class 10 Biology Life Processes Transporation Worksheet Set D
CBSE Class 10 Biology Life Processes Worksheet
CBSE Class 10 Biology Life Processes Worksheet Set A
CBSE Class 10 Biology Life Processes Worksheet Set B
CBSE Class 10 Biology Life Processes Worksheet Set C
CBSE Class 10 Biology Life Processes Worksheet Set D
CBSE Class 10 Biology Life Processes Worksheet Set E
Chapter 09 Heredity and Evolution
CBSE Class 10 Biology Heredity And Evolution Set D
Chapter 13 Magnetic Effects of Electric Current
CBSE Class 10 Physics Magnetic Effects of Electric Current Worksheet Set E

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