ICSE Class 10 Physics Specimen Paper 2024

ICSE Class 10 Physics Specimen Paper 2024

The ICSE Class 10 Physics Specimen Paper 2024 was released by the Council for the Indian School Certificate Examinations (CISCE). These ICSE Physics Specimen papers 2024 for Class 10 are prepared by subject matter experts.
Students can download ICSE Specimen Paper 2024 for Physics here to help them prepare for their board exams. Solving these Class 10 Physics ICSE Papers will assist students in delving deeply into subject concepts covered in the latest Class 10 Physics syllabus.

Physics Specimen Paper 2024 ICSE – Highlights

The Physics Specimen Paper 2024 ICSE is a reference tool that assists students in understanding the actual ICSE 10th Physics Question Paper 2024. These ICSE Specimen Paper 2024 are used as a test to analyze student performance and identify flaws. Students can avoid making these errors repeatedly by focusing on their weak areas. Read a quick summary of Physics Specimen Paper 2024 of class 10 here.

Download ICSE Physics Specimen Paper 2024 PDF

The Council for the Indian School Certificate Examination recently posted its ICSE Physics specimen paper 2024 PDF on its official website. Every important topic covered in the ICSE physics syllabus, including Light, Sound, Electricity and Magnetism, Force, etc., is covered in the questions in the ICSE Class 10 Specimen Papers. The Physics specimen paper 2023-24 PDF is now available for download below.

How to Download ICSE Physics Class 10 Specimen Paper 2024?

The ICSE final examination 2024 will be held at the end of the academic year by the ICSE council. The ICSE Physics Class 10 Sample Paper 2024 is also available on the board’s official website. Download the Physics ICSE Specimen Paper 2024 by following the instructions below.

Step 1: Explore to cisce.org( official website).
Step 2: Three options will appear. Select Examination from the drop-down menu.

Step 3: Select the ICSE examination and scroll down to the “Important Downloads” topics.
Step 4: Navigate to “Specimen Question Paper” for ICSE.
Step 5: A new page with a list of many years of specimen paper appears on the screen.
Step 6: Go to the ICSE Specimen Paper 2024 page.

Step 7: Now the page “Specimen Question Papers ICSE CLASS X – 2024” comes up.
Step 8: Now, you can view, download, or print any question paper by clicking on any subject.

Physics Specimen Paper 2024 – Instruction

Read some important instructions about Physics Specimen Paper 2024 below.

• The maximum mark on Physics specimen paper is 80.
• The time limit is two hours.
• Answers to this Paper must be written on the separate paper provided.
• The time specified at the top of this Paper is for writing the answers.
• During the first 15 minutes, you will not be permitted to write.
• This time should be used to read the question paper.
• Section A is required. Try any four of the questions in Section B.
• In brackets [] are the intended marks for questions or parts of questions.

CISCE Specimen Paper 2024 of Physics

SECTION A
(Attempt all questions from this Section.)

Question 1
Choose the correct answers to the questions from the given options.
(Do not copy the question, write the correct answers only.) [15]
(i) A moment of couple tends to rotate the body in an anticlockwise direction.
Then the moment of the couple is taken as:
(a) positive
(b) negative
(c) maximum
(d) zero

(ii) The kinetic energy of a given body depends on the:
(a) position
(b) centre of gravity of the body.
(c) momentum
(d) displacement
(iii) For burning of coal in a thermoelectric station, the energy conversion taking place is:
(a) chemical to heat to mechanical
(b) chemical to heat to mechanical to electrical
(c) chemical to heat to light
(d) heat to chemical to mechanical
(iv) A nucleus of an atom consists of 146 neutrons and 95 protons. It decays after emitting an alpha particle. How many protons and neutrons are left in the nucleus after an alpha emission?
(a) protons = 93, neutrons = 144
(b) protons = 95, neutrons = 142
(c) protons = 89, neutrons = 144
(d) protons = 89, neutrons = 142
(v) Assertion: Infrared radiations travel long distances through dense fog and mist.
Reason: Infrared radiations undergoes minimal scattering in earth’s atmosphere
(a) both assertion and reason are true.
(b) both assertion and reason are false.
(c) assertion is false but reason is true.
(d) assertion is true reason is false.

(vi) For a convex lens, the minimum distance between an object and its real image in terms of focal length (f) of a given lens must be:
(a) 1.5 f
(b) 2.5 f
(c) 2 f
(d) 4 f
(vii) Two sound waves X and Y have same amplitude and same wave pattern, but their frequencies are 60 Hz and 120 Hz respectively, then:
(a) X will be shriller and Y will be grave
(b) X will be grave and Y will be shriller
(c) X will differ in quality than Y
(d) X is louder than Y.
(viii) Vibrations produced in a body under the influence of the periodic force is;
(a) forced vibrations
(b) resonant vibrations
(c) damped vibrations
(d) sympathetic vibrations
(ix) The graph of voltage vs current for four different materials is shown below.

Which of these four materials would be used for making the coil of a toaster?
(a) Q
(b) S
(c) P
(d) R

(x) According to the old convention the color of the earth wire is:
(a) black
(b) green
(c) yellow
(d) red
(xi) Lenz’s law is based on the law of conservation of:
(a) force
(b) charge
(c) mass
(d) energy
(xii) Heat capacity of a body is:
(a) the energy needed to melt the body without the change in its temperature
(b) the energy needed to raise the temperature of the body by 1°C
(c) the increase in the volume of the body when its temperature increases by 1°C
(d) the total amount of internal energy that is constant.
(xiii) The amount of heat energy required to melt a given mass of a substance at its melting point without rise in its temperature is called:
(a) specific heat capacity
(b) specific latent heat of fusion
(c) latent heat of fusion
(d) specific latent heat of freezing
(xiv) When a ray of light enters from a denser medium to a rarer medium then:
(a) the light ray bends towards the normal
(b) the speed of light increases
(c) the angle of incidence is greater than the angle of refraction
(d) its wavelength decreases.

(xv) An endoscope uses optical fiber to transmit high resolution images of internal organs without loss of information. The phenomenon of light that governs the functioning of the optical fiber is:
(a) refraction
(b) reflection
(c) scattering
(d) total internal reflection.

Question 2
(i) (a) Name the principle on which a lever works.
(b) Which radiations that are emitted during the decay of a nucleus, having highest penetrating power?
(c) Does the emission of the above-mentioned radiation result in a change in the mass number? [3]

(ii)
A metre rod made of copper and steel as shown in the diagram. Weights of copper and steel are 10 N and 8 N respectively.
(a) On which part does the centre of gravity lie (0 to 50 or 50 to 100).
(b) Justify your answer.

(iii) A lever is shown below.

(a) Identify the type of lever.
(b) Calculate its mechanical advantage.

(iv) Two bodies A and B have same kinetic energies. Compare their velocities if mass of A is four times the mass of B. [2]
(v) Draw a graph of potential energy vs height from the ground for a body thrown vertically upwards. [2]
(vi) Two copper wires A and B are of the same thickness and are at the room temperature. If the length of A is twice the length of B then:
(a) Compare their resistances
(b) Compare their resistivities

(vii) (a) Name the waves used for echo depth sounding.
(b) Give one reason for their use in the above application. [2]

Question 3
(i) (a) Refer to the diagram given below. A lens with two different refractive indices
is shown. If the rays are coming from a distant object, then how many images
will be seen?

(b) A glass lens always forms a virtual, erect and diminished image of an object kept in front of it. Identify the lens. [2]
(ii) It is observed that the house circuits are arranged in a parallel combination. Give two advantages of this arrangement. [2]
(iii) A transformer is used to change a high alternating e.m.f. to a low alternating e.m.f. of the same frequency.
(a) Identify the type of transformer used for the above purpose.
(b) State whether the turns ratio of the above transformer is =1 or >1 or <1. [2]

(iv) A solid of mass 60 g at 100°C is placed in 150 g of water at 20°C. The final steady temperature is 25°C. Calculate the heat capacity of the solid. [sp. heat capacity of water = 4.2 J g -1 K -1 ] [2]
(v) What is a nuclear waste? State one method to dispose it safely. [2]

Questions from SECTION B will be updated soon.

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