CBSE Class 10 Physics Magnetic Effect of Electric Current Worksheet Set A

Read and download free pdf of CBSE Class 10 Physics Magnetic Effect of Electric Current Worksheet Set A. Download printable Science Class 10 Worksheets in pdf format, CBSE Class 10 Science Chapter 13 Magnetic Effect of Electric Current 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 13 Magnetic Effect of Electric Current 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 13 Magnetic Effect of Electric Current Worksheet Pdf

MCQ Questions for NCERT Class 10 Science Magnetic Effects of Electric Current

Question. The most important safety method used for protecting home appliances from short circuiting or overloading is
(a) earthing
(b) use of fuse
(c) use of stabilizers
(d) use of electric meter

Answer : B

Question. A soft iron bar is introduced inside a current carrying solenoid. The magnetic field inside the solenoid
(a) will become zero.
(b) will increase.
(c) will decrease.
(d) will remain unaffected.

Answer : B

Question. The pattern of the magnetic field produced by the straight current carrying conducting wire is
(a) in the direction opposite to the current
(b) in the direction parallel to the wire
(c) circular around the wire
(d) in the same direction of current

Answer : A

Question. To convert an AC generator into DC generator
(a) split-ring type commutator must be used
(b) slip rings and brushes must be used
(c) a stronger magnetic field has to be used
(d) a rectangular wire loop has to be used

Answer : A

Question. The strength of each of magnet reduces to half when it cut along its length into the equal parts magnetic field strength of a solenoid. Polarity of solenoid can be determined by
(a) use of compass needle
(b) Right hand thumb rule
(c) fleming left hand rule
(d) either (a) or (b)

Answer : D

Question. The factors on which one magnetic field strength produced by current carrying solenoids depends are
(a) Magnitude of current
(b) Number of turns
(c) Nature of core material
(d) All of the above

Answer : D

Question. A soft iron bar is introduced inside the current carrying solenoid. The magnetic field inside the solenoid
(a) will decrease
(b) will remains same
(c) will increase
(d) will become zero

Answer : C

Question. When current is parallel to magnetic field, then force experience by the current carrying conductor placed in uniform magnetic field is
(a) Twice to that when angle is 60°
(b) Thrice to that when angle is 60°
(c) zero
(d) infinite

Answer : A

Question. For a current in a long straight solenoid N-pole and S-pole are created at the two ends. Among the following statements, the incorrect statement is 
(a) The field lines inside the solenoid are in the form of straight lines which indicates that the magnetic field is the same at all points inside the solenoid.
(b) The strong magnetic field produced inside the solenoid can be used to magnetise a piece of magnetic material like soft iron, when placed inside the coil.
(c) The pattern of the magnetic field associated with the solenoid is different from the pattern of the magnetic field around a bar magnet.
(d) The N-pole and S-pole exchange position when the direction of current through the solenoid is reversed.

Answer : C

Question. Fleming’s left hand and Right hand rules are used in
(а) Generator and electric motor
(b) Electric motor and generator
(c) any rule can be used for any device
(d) both are not applied for generator and motor.

Answer : B

Question. A positive charge is moving upwards in a magnetic field directed towards north. The particle will be deflected towards
(a) west
(b) north
(c) south
(d) east

Answer : A

Question. By which instrument, the presence of magnetic field be determined?
(a) Magnetic Needle
(b) Ammeter
(c) Galvanometer
(d) Voltmeter

Answer : D

Question. Magnetic lines of force inside current carrying solenoid are
(a) perpendicular to axis.
(b) along the axis and are parallel to each other.
(c) parallel inside the solenoid and circular at the ends.
(d) circular.

Answer : C

Question. A D.C generator works on the principle of
(a) ohnis law
(b) Joule’s law of heating
(c) faraday’s law of electromagnetic induction.
(d) none of the above

Answer : C

Question. The direction of force on a current carrying conductor in a magnetic field is given by
(a) Fleming’s left hand rule.
(b) Fleming’s right hand rule.
(c) Right hand thumb rule.
(d) Left hand thumb rule.

Answer : A

True and False :

Question. Potential of the earthed wire is zero.
Answer: True

Question. The rate of change in magnetic flux produces induced emf or potential. 
Answer: True

Question. In ideal conditions, green colour insulation is given for live wire. 
Answer: False

Question. When a magnet is moved with its north polarity towards a coil placed in a closed circuit, then the neares face of the coil shows north polarity. 
Answer: True

Question. By sending current through a coil wound round a rod one can magnetise it permanently. 
Answer: False

Question. When a coil and magnet both are stationary an induced emf is setup across the coil. 
Answer: False

Question. Over-loading is caused by connecting many devices to one supply point. 
Answer: True

Fill in the Blanks :

Question. According to Fleming’s left hand rule, if the first finger points in the direction of ……….., the second finger in the direction of ……….., then the thumb will point in the direction of ……
Answer: magnetic field, current, force acting on the conductor

Question. A generator converts ……….. into ……….. .
Answer: mechanical energy, electrical energy

Question. A D.C. generator is based on the principle of __________ .
Answer: electromagnetic induction

Question. __________ is the commercial unit of electrical energy.
Answer: kilowatt hour

Question. When North pole approaches a coil, the front side of the coil will show an __________ current.
Answer: anticlockwise

Question. The touching of the live wire and neutral wire directly is known as __________ .
Answer: short circuit

Case Study Questions

A magnetic stripe card, also referred to as a swipe card or magstripe, is a plastic card with a magnetic strip attached on its surface. This stripe is made of tiny iron-based components whose magnetism can be modified and can therefore be used to store information. A magstripe is quite similar to a magnetic recording tape, which you might find in videotape or a music cassette. The magnetic strip on a card can be ‘written’ or encoded with information because the tiny iron-based particles that make up the strip can be magnetised in different directions by a device that produces a strong magnetic field. This device is a ‘solenoid’, which is basically a coil wound into a tightly packed helix. The wire is wound around a highpermeable, metallic core that produces a strong magnetic field when a current is passed through it. This device encodes the required information onto the stripe, which is then pasted on a plastic card. When a card with a magnetic strip is moved back and forth over the ‘reader head’ , a voltage is induced in the coils of the card reader device. A card reader consists of solenoid too – the same component that is used to write information in the magnetic strip.
This voltage can be amplified and recorded electronically, which is finally read by a computer (or a processor installed within the reader) to authenticate a user (in the case of identity cards) or a transaction (in the case of credit/debit cards).

Question. Which of the following are the devices that uses magnetic theory to record data
(a) The hotel key cards
(b) Audio tapes
(c) CD’s
(d) All of the above
Answer: D

Question. The information of users which are read by the ATM machines are stored on
(a) Magnetic box on card
(b) Magnetic strip on card
(c) Inside ATM machine
(d) None of above
Answer: B

Question. The force on a wire inside a magnetic field increase when
(a) The current is increased
(b) Strength of magnetic field increases
(c) Length of wire is increased
(d) All of above
Answer: D

Question. The factors on which one magnetic field strength produced by current carrying solenoids depends are
(a) Magnitude of current
(b) Number of turns
(c) Heat produced
(d) Both (a) and (b)
Answer: D

Question. Name the scientist who gave the principle of electromagnetic field
(a) Oersted
(b) Faraday
(c) Bohr
(d) Ampere
Answer: A

Important Questions for NCERT Class 10 Science Magnetic Effects of Electric Current

 
Very Short Answer :
 
Question. What is magnet? 
Answer: A magnet is an object which attracts pieces of iron, steel nickel and cobalt.
 
Question. What is the use of magnetic strip? 
Answer: A magnetic strip in the refrigerator door is used to keep it closed properly.

Question. A magnetic needle deflects when it’s brought near a current carrying conductor. Why?
Answer: Magnetic force exerted by the magnetic field produced by the straight current carrying conductor causes the deflection in the needle.

Question. If the circular coil has n turns, the field produced is n times as large as that produced by a single turn. Justify it.
Answer: This is because the current in each circular turn has the same direction, and the field due to each turn then just adds up along the axis of the coil.

Question. The diagram shows a coil of wire wound on a soft iron core forming an electromagnet. A current is passed through the coil in the direction indicated by the arrows. Mark the N and S poles produced in the iron core.
Answer: Using clock face rule A is South pole. B is North pole.

Question. Name two parts of your body where magnetic field is produced significantly.
Answer: Heart and Brain.

Question. Suggest one way of discriminating a ware carrying current from a wire carrying no current.
Answer: Deflection in the compass needle discriminates a wire carrying current from a wire carrying no current.

Question. State the conclusions that can be drawn from the observation that a current carrying wire deflects a magnetic needle placed near it.
Answer: Current carrying wire exhibits properties of magnetism which indicate that electricity and magnetism are related phenomena.

Question. How can you show that the magnetic field produced by a given electric current in the wire decreases as the distance from the wire increases?
Answer: The decrease in deflection of the magnetic compass needle clearly shows that the magnetic field decreases as we move away from the current-carrying conductor.

Question. What is the colour of wire conventionally used for (i) Live, (ii) Earth and (iii) Neutral?
Answer: (i) Red, (ii) Green (iii) Black.

Question. Name the device which is used to draw magnetic field lines.
Answer: Compass needle.

Question. A current carrying straight wire held perpendicular to the plane of paper and current passes through this conductor in the vertically upward direction. What is the direction of magnetic field produced around it?
Answer: According to right-hand thumb rule, the direction of magnetic field produced around the given conductor is anticlockwise.

Question. How earth behaves? 
Answer: Earth behaves as a magnet.
 
Question. What is bar magnet? 
Answer: A bar magnet is a long, rectangular bar of uniform cross-section which attracts pieces f the iron, steel, nickel and cobalt.
 
Question. What is the imaginary shape of the earth’s magnetic field?
Answer: The bar magnet is the imaginary shape of the earth’s magnetic field.
 
Short Answer Type Questions :
 

Question. The wire in the figure below is being moved downwards through the magnetic field, so as to produce induced current.
What would be the effect of :
(a) moving the wire at a higher speed?
(b) moving the wire upwards rather than downwards?
(c) using a stronger magnet?
(d) holding the wire still in the magnetic field? 
CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Answer: (a) The induced current increases at a higher speed.
(b) The induced current is reversed.
(b) The induced current increases.
(d) The induced current is zero.

Question. Answer the following questions:
(a) Name and state the rule to determine the polarity of the two faces of a current carrying circular loop.
(b) State Fleming’s Left Hand Rule.
Answer: (a) Clock face rule is used to determine the polarity of the two faces of a current carrying circular loop. According to this rule, “If the current around the face of circular wire flows in the clockwise direction, then that face of the circular wire will be south pole (S-Pole) and if the current around the face of circular wire flows in the anticlockwise direction, then that face of the circular wire will be north pole (N-Pole).”
(b) According to this rule, stretch the thumb, forefinger and middle finger of your left hand such that they are mutually perpendicular to each other. If the first finger points in the
direction of magnetic field and the second finger in the direction of current, then the thumb will point in the direction of motion or the force acting on the conductor.

Question. When is the force experienced by a current-carrying conductor placed in a magnetic field largest?
Answer: The force experienced by a current-carrying conductor placed in a magnetic field is largest when the current-carrying conductor is placed perpendicular to the direction of magnetic field.

Question. Imagine that you are setting in a chamber with your back to one wall. An electron beam, moving horizontally from back wall towards the front wall, is deflected by a strong magnetic field to your right side. What is the direction of magnetic field ?
Answer: As the electron beam moves from back wall towards the front wall, it implies that the current is travelling from front to back wall. Deflection towards right side indicate the direction of the force. Thus by using Fleming's left hand rule, the direction of the magnetic field would be from of the room towards the floor, i.e., from top to bottom or downwards. 

CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Question. Answer the following questions:
(a) What is the principle of an electric motor? 
(b) What is the role of a split ring in an electric motor?
(c) Define magnetism.
Answer: (a) Electric motor works on the principle that ‘when a rectangular coil is placed in a magnetic field and current is passed through it, a force acts on the coil which rotates it
continuously. Thus, when the coil rotates, the shaft attached to it also rotates converting the electrical energy supplied to the motor to the mechanical energy of rotation.
(b) In an electric motor, after every half rotation the direction of coil gets reversed due to change in orientation of the magnetic field. To ensure a continuous rotation; a split ring is
attached to the coil so that the polarity of the coil changes after every half rotation. This changes the direction of current and thus the armature keeps on rotating continuously.
(c) The property by virtue of which a magnet attracts certain metals such as iron, cobalt, nickel etc., is termed as magnetism.

Question. State Fleming’s right hand rule.
Answer: It states that, “Stretch your right hand in such a way that the first finger, the central finger and the thumb are mutually perpendicular to each other. If the first finger points along the direction of magnetic field and the thumb points along the direction of motion of the conductor, then the direction of induced current is given by the direction of the central finger.” This rule is also called dynamo rule. 

Question. Answer the following questions:
(a) Define electromagnetic induction.
(b) What is a permanent magnet? Give one use of it.
(c) Define a compass.
Answer: (a) The production of electricity from magnetism is called electromagnetic induction.
(b) A permanent magnet is a magnet made from steel such that once magnetized, it does not lose its magnetism easily.
(c) A compass is a device used to show magnetic field direction at a point. It consists of a tiny pivoted magnet usually in the form of a pointer which can turn freely in the horizontal plane.

Question. What is a solenoid ? Draw the pattern of magnetic field lines of (i) a current carrying solenoid and (ii) a bar magnet. List two distinguishing features between the two fields.
Answer: Solenoid is a long cylindrical coil of wire consisting of a large number of turns bound together very tightly. 
CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current
Distinguishing features are as follows :
1. Magnetic field outside the solenoid is negligible as compared to the bar magnet.
2. Magnetic field of solenoid can be varied as per our requirement just by changing current or core of solenoid but in bar magnet it is fixed.

Question. In the diagram XY is a straight conductor carrying current in the direction marked by the arrow. The conductor is held vertically by passing it through a horizontal cardboard sheet. Draw three magnetic lines of force on the board and mark the direction of magnetic field in your diagram. State two factors on which magnitude of magnetic field at a point, depends.
Answer: The magnetic lines of force due to current in the straight conductor XY are shown in figure given alongside. The arrows on the magnetic lines of force show the direction of magnetic field.
The magnitude of magnetic field at a point depends on :
(i) The strength of current in the conductor, and
(ii) The distance of point from the conductor. 

CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Question. Which way does the wire carrying current in the given figure tend to move ? 
CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Answer: Applying Fleming's left hand rule, the wire carrying current tends to move upwards .

Question. Answer the following questions:
(a) What do you mean by ‘magnetic field’ of a magnet?
(b) What are magnetic field lines? List two characteristic properties of these lines.
Answer: (a) The space or region around a magnet in which the force of attraction or repulsion due to the magnet can be detected is called the magnetic field.
(b) The lines drawn in a magnetic field along which north magnetic pole moves, are called magnetic field lines.
The characteristic properties of magnetic field lines are :
(i) The magnetic lines originate from north pole and ends at south pole.
(ii) The magnetic lines do not intersect each other.

Question. Sketch the lines of force of the magnetic field of a solenoid. How does its field compare with that of a bar magnet ?
Answer: The magnetic field of a solenoid is very similar to that of a bar magnet. this is shown in figure (a) and (b) respectively, which shows the lines of force of the magnetic field of a current carrying solenoid and a bar magnet. 124

Question. State the condition in each case of the magnitude of force on a current carrying conductor placed in a magnetic field to be (a) zero and (b) maximum.
Answer: (a) The magnitude of force acting on a current carrying conductor placed in a magnetic field will be zero, when the current carrying conductor is in the direction of magnetic field.
(b) The magnitude of force acting on a current carrying conductor placed in a magnetic field will be maximum, when the current carrying conductor is normal (perpendicular) to the magnetic field.

Question. How will you decide whether the magnetic field at a point is due to some current carrying conductor or due to earth?
Answer: Place a compass needle at the given point. If it stays in the north-south direction, then the magnetic field is due to earth. If the needle points along any direction other than north-south direction, then the field is due to some current carrying conductor.

Question. Two magnets are lying side by side as shown below. Draw magnetic field lines between poles P and Q. 
CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Answer: Magnetic field lines are shown below: 

CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Creating Based Questions :

Question. Using the following informations form a pathway that defines the working of the electric motor. And also include informations that are not mentioned below to complete it.
Battery, Horse-shoe magnet, vertical position, Commutator, rectangle coil, Magnetic force, horizontal position.
Answer: Rectangle coil is placed between horse-shoe magnet → Coil is connected to the battery through brush and commutator → The current flow through the coil which is placed between magnetic field → Rectangle coil rotates from the horizontal position → The current stops flowing when the coil attains vertical position because the brush and the
commutator ring will not be in connection → Though the coil keeps rotating because of the momentum from the earlier rotation → Now the coil attains horizontal position Coil again starts to rotate With the → help of Fleming’s left-hand rule, the direction of the rotation of the coil is determined.

Question. Using the following informations form a pathway to determine the direction of the motor in an electric motor. And also include informations that are not mentioned below to complete it. Motion of the conductor, Direction of current, three fingers, Magnetic field, Index finger, motion of the conductor.
Answer: Three fingers → In left-hand → Index finger → Middle finger → Thumb → At right angle → Middle finger represents the direction of the current → Index finger represents the direction of the magnetic field → Thumb represents the direction of the motion of the conductor → Used to define the direction of the motion of the conductor in electric motor → Also known as motor rule.

Question. Using the following informations form a pathway that defines the working of the electric motor. And also include informations that are not mentioned below to complete it. Battery, Horse-shoe magnet, vertical position, Commutator, rectangle coil, Magnetic force, horizontal position.
Answer: Rectangle coil is placed between horse-shoe magnet → Coil is connected to the battery through brush and commutator → The current flows through the coil which is placed between magnetic field → Rectangle coil rotates from the horizontal position → The current stops flowing when the coil attains vertical position because the brush and the commutator ring will not be in → connection Though the coil keeps rotating because of the momentum from the earlier rotation → Now the coil attains horizontal position → Coil again starts to rotate → With the help of Fleming's left-hand rule, the direction of the rotation of the coil is determined.

Question. Suggest a method by which Simran could determine the direction of the magnetic field in a generator.
Answer: Fleming’s right-hand rule is generally used for determining the direction of the current, magnetic field and the motion of the conductor in a generator. Here, one can determine the
directions by placing the thumb, forefinger and the middle finger of the right-hand perpendicular to each other. The thumbrepresents the motion of the conductor, the forefinger and the
middle finger represent the direction of the magnetic field and the induced current respectively.

Question. Using the following informations form an instruction to draw magnetic lines. And also include informations that are not mentioned below to complete it.
Magnetic compass, repel, board, Bar magnet, Needle, attract, Merge, Emerge.
Answer: Place a board → Place a bar magnet in the middle → Mark the boundary of the bar magnet → Place the magnetic compass near the North Pole of the bar magnet → North side of the needle points away from the north side of the magnet → Same poles repel each other → different poles attract each other → Now place the pin in the direction the needle points → Move the compass to new position where south pole points the previous position of the north → pole Repeat the → procedure Magnetic lines emerge at north pole → Magnetic lines merge at south pole → This forms concentric magnetic lines around bar magnet.

Question. What would be the inference made by Prashant about the magnetic strength when current passed through a circular coil produces a magnetic field?
Answer: Magnetic field lines form in concentric circles around a cylindrical current-carrying conductor, such as a length of wire. The strength of the magnetic field at the centre of a circular coil carrying current is inversely proportional to the radius of the circular coil i.e., the field strength reduces as the radius of the coil increases.

Miscellaneous Based Questions :

Question. List three sources of magnetic fields.
Answer: Three methods of producing magnetic fields are as follows:
(a) By permanent magnet.
(b) By electromagnet
(c) By current carrying conductors.

Question. What are the factors affecting the strength of an electromagnet ?
Answer: Factors affecting the strength of an electromagnet : The strength of an electromagnet depends on :
1. The number of turns in the coil : If we increase the number of turns in the coil, the strength of electromagnet increases.
2. The current flowing in the coil : If the current in the coil is increased, the strength of electromagnet increases.
3. The length of air gap between its poles : If we reduce the length of air gap between the pole of an electromagnet, then its strength increases.

Question. (a) State Fleming's left hand rule.
(b) Write the principle of working of an electric motor.
(c) Explain the function of following parts of an electric motor:
(d) Armature (ii) Brushes (iii) Split ring.
Answer: (a) According to this rule, stretch the thumb, forefinger and middle finger of your left hand such that they are mutually perpendicular. If the first finger points in the direction of magnetic field and the second finger in the direction of current, then the thumb will point in the direction of motion or the force acting on the conductor.
(b) Principle of electric motor : When a coil carrying current is placed in a magnetic field, it will experience a force. As a result of this force, the coil begins to rotate.
(c) (i) Armature: It creates a magnetic field and the second role is to generate electromotive force.
(ii) Brushes: Carbon brushes are used to make contract with the rotating rings of the commutator and through them to supply current to the coil.
(iii) Split ring: Split rings are used to reverse the direction of current flowing through the coil every time the coil just passes the vertical position during a revolution.

Question. Explain different ways to induce current in a coil.
Answer: The different ways to induce current in a coil are :
1. By moving the coil in a magnetic field.
2. By changing the magnetic field around the coil.

Question. The magnetic field in a given region is uniform. Draw a diagram to represent it. 
Answer: 

CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Question. Draw magnetic field lines around a bar magnet.
Answer: 

CBSE Class 10 Physics HOTs Magnetic Effects of Electric Current

Question. Write the factors on which the strength of magnetic field produced by a current carrying solenoid depends ?
Answer: The strength of magnetic field produced by a current carrying solenoid depends on :
1. The number of turns in the solenoid : Larger the number of turns in the solenoid, greater will be the magnetism produced.
2. The strength of current in the solenoid : Larger the current passed through solenoid, stronger will be the magnetism produced.
3. The nature of core material used in making solenoid : The use of soft iron rod as core in a solenoid produces the stronger magnetism.

Question. Name some devices in which electric motors are used. 
Answer: Electric fan, mixer grinder, tape recorder, CD player, hard disk drive, washing machine, cooler, toy car, vacuum cleaner, etc., are some devices in which electric motor is used.

Question. How will the direction of force be changed, if the current is reversed in the conductor placed in a magnetic field ?
Answer: The direction of the force will be reversed.

Question. Complete the following sentences :
(a) A current carrying solenoid behaves like a …………
(b) A current or a moving charge produces a ……………… around it.
Answer: (a) bar magnet (b) magnetic field.

Question. Draw the pattern of magnetic field lines around a current carrying straight conductor. How does the strength of the magnetic field produce change :
(a) with the distance from the conductor ?
(b) with an increase in current in a conductor ?
Answer: (a) The strength of a magnetic field is inversely proportional to the square of the distance from the conductor i.e., strength of an electric field decreases with increase in distance.
(b) The strength of the magnetic field is directly proportional to the current passing in the wire i.e., strength of the magnetic field increases with the increase in current. 161

Question. List the properties of magnetic lines of force.
Answer: Properties of magnetic field lines:
(a) Magnetic field lines follow the direction from the North Pole to the South Pole.
(b) Magnetic field lines always form closed circular loops.
(c) Magnetic field lines do not cross one another.
(d) Closer the field lines; stronger is the magnetic field and viceversa.
(e) Magnetic field lines are closer near the poles; which shows greater strength of magnetic field near the poles.

 

Click below to download practice worksheet for CBSE Class 10 Physics Magnetic Effect of Electric Current 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

More Study Material

CBSE Class 10 Science Chapter 13 Magnetic Effect of Electric Current Worksheet

The above practice worksheet for Chapter 13 Magnetic Effect of Electric Current has been designed as per the current syllabus for Class 10 Science released by CBSE. Students studying in Class 10 can easily download in Pdf format and practice the questions and answers given in the above practice worksheet for Class 10 Science on a daily basis. All the latest practice worksheets with solutions have been developed for Science by referring to the most important and regularly asked topics that the students should learn and practice to get better scores in their examinations. Studiestoday is the best portal for Printable Worksheets for Class 10 Science students to get all the latest study material free of cost.

Worksheet for Science CBSE Class 10 Chapter 13 Magnetic Effect of Electric Current

Teachers of studiestoday have referred to the NCERT book for Class 10 Science to develop the Science Class 10 worksheet. If you download the practice worksheet for the above chapter daily, you will get better scores in Class 10 exams this year as you will have stronger concepts. Daily questions practice of Science printable worksheet and its study material will help students to have a stronger understanding of all concepts and also make them experts on all scoring topics. You can easily download and save all revision Worksheets for Class 10 Science also from www.studiestoday.com without paying anything in Pdf format. After solving the questions given in the practice sheet which have been developed as per the latest course books also refer to the NCERT solutions for Class 10 Science designed by our teachers

Chapter 13 Magnetic Effect of Electric Current worksheet Science CBSE Class 10

All practice paper sheet given above for Class 10 Science have been made as per the latest syllabus and books issued for the current academic year. The students of Class 10 can be assured that the answers have been also provided by our teachers for all test paper of Science so that you are able to solve the problems and then compare your answers with the solutions provided by us. We have also provided a lot of MCQ questions for Class 10 Science in the worksheet so that you can solve questions relating to all topics given in each chapter. All study material for Class 10 Science students have been given on studiestoday.

Chapter 13 Magnetic Effect of Electric Current CBSE Class 10 Science Worksheet

Regular printable worksheet practice helps to gain more practice in solving questions to obtain a more comprehensive understanding of Chapter 13 Magnetic Effect of Electric Current concepts. Practice worksheets play an important role in developing an understanding of Chapter 13 Magnetic Effect of Electric Current in CBSE Class 10. Students can download and save or print all the printable worksheets, assignments, and practice sheets of the above chapter in Class 10 Science in Pdf format from studiestoday. You can print or read them online on your computer or mobile or any other device. After solving these you should also refer to Class 10 Science MCQ Test for the same chapter.

Worksheet for CBSE Science Class 10 Chapter 13 Magnetic Effect of Electric Current

CBSE Class 10 Science best textbooks have been used for writing the problems given in the above worksheet. If you have tests coming up then you should revise all concepts relating to Chapter 13 Magnetic Effect of Electric Current and then take out a print of the above practice sheet and attempt all problems. We have also provided a lot of other Worksheets for Class 10 Science which you can use to further make yourself better in Science

Where can I download latest CBSE Practice worksheets for Class 10 Science Chapter 13 Magnetic Effect of Electric Current

You can download the CBSE Practice worksheets for Class 10 Science Chapter 13 Magnetic Effect of Electric Current for the latest session from StudiesToday.com

Can I download the Practice worksheets of Class 10 Science Chapter 13 Magnetic Effect of Electric Current in Pdf

Yes, you can click on the links above and download chapter-wise Practice worksheets in PDFs for Class 10 for Science Chapter 13 Magnetic Effect of Electric Current

Are the Class 10 Science Chapter 13 Magnetic Effect of Electric Current Practice worksheets available for the latest session

Yes, the Practice worksheets issued for Chapter 13 Magnetic Effect of Electric Current Class 10 Science have been made available here for the latest academic session

How can I download the Chapter 13 Magnetic Effect of Electric Current Class 10 Science Practice worksheets

You can easily access the links above and download the Class 10 Practice worksheets Science for Chapter 13 Magnetic Effect of Electric Current

Is there any charge for the Practice worksheets for Class 10 Science Chapter 13 Magnetic Effect of Electric Current

There is no charge for the Practice worksheets for Class 10 CBSE Science Chapter 13 Magnetic Effect of Electric Current you can download everything free

How can I improve my scores by solving questions given in Practice worksheets in Chapter 13 Magnetic Effect of Electric Current Class 10 Science

Regular revision of practice worksheets given on studiestoday for Class 10 subject Science Chapter 13 Magnetic Effect of Electric Current can help you to score better marks in exams

Are there any websites that offer free Practice test papers for Class 10 Science Chapter 13 Magnetic Effect of Electric Current

Yes, studiestoday.com provides all the latest Class 10 Science Chapter 13 Magnetic Effect of Electric Current test practice sheets with answers based on the latest books for the current academic session

Can test sheet papers for Chapter 13 Magnetic Effect of Electric Current Class 10 Science be accessed on mobile devices

Yes, studiestoday provides worksheets in Pdf for Chapter 13 Magnetic Effect of Electric Current Class 10 Science in mobile-friendly format and can be accessed on smartphones and tablets.

Are practice worksheets for Class 10 Science Chapter 13 Magnetic Effect of Electric Current available in multiple languages

Yes, practice worksheets for Class 10 Science Chapter 13 Magnetic Effect of Electric Current are available in multiple languages, including English, Hindi