# Physics handwritten notes pdf for all competitive exams ## Physics handwritten notes pdf for all competitive exams

Hello Students,

Physics Handwritten Notes for Competitive Exams PDF Physics handwritten notes pdf for all competitive exams नमस्कार दोस्तों एक बार फिर से स्वागत है आप सभी का हमारी आज की पोस्ट Physics Handwritten Notes of Competitive Exams PDF in Hindi में जिसे आप सबसे निचे दिए गये टेबल से Free Download कर सकते है | दोस्तों हमारे द्वारा बना जा रहे Physics Notes for Air Force, NDA सहित अलग अलग Competitive Exams में काम आने वाले है | हमें काफी समय से अभ्यर्थियो द्वारा यह मांग की जा रही थी की Physics Notes for Competitive Exams PDF की पोस्ट जल्द ही बनाई जाये जिसके बाद आज आपको शेयर भी की जा रही है

Physics handwritten notes pdf for all competitive exams आज हम आपके लिए General Science Question Answer PDF, General Science Question Answer PDF for All Competition Exam, Important General Science Physics Notes PDF, General Science PDF for All SARAKRI EXAM, Physics Most Important Notes PDF, General Science Physics Notes PDF, Physics General Science Notes for All One Day Exam, 2100+ Physics MCQ in Hindi PDF साझा कर रहे हैं। यह पीडीएफ आगामी SARKARI EXAM जैसे SSC CGL, BANK, RAILWAYS, RRB NTPC, LIC AAO, और कई अन्य परीक्षाओं की तैयारी के लिए महत्वपूर्ण साबित हो सकते हैं।

Physics handwritten notes pdf for all competitive exams 2100+ Physics MCQ in Hindi PDF किसी भी SARKARI EXAM के लिए बहुत महत्वपूर्ण है। यह Important Physics Question Answer PDF आपको नि:शुल्क उपलब्ध करायी जा रही है, जिसे आप नीचे दिए गए DOWNLOAD बटन पर क्लिक करके डाउनलोड कर सकते हैं, और आप संबंधित नोट्स में जाकर इस Physics Important Question Answer PDF for Competitive Exam से संबंधित कुछ और नए PDF भी डाउनलोड कर सकते हैं। आप Exampura.com पर सभी नए अपडेट के बारे में स्क्रीन पर अनुमति दें बटन पर क्लिक करके जान सकते हैं

General Science Physics Topic

1. Units & Dimensions
2. Motion
3. Work, Energy, and Power
4. Gravitation
5. Pressure
6. Floatation
7. Surface Tension
8. Viscosity
9. Elasticity
10. Simple Harmonic Motion
11. Wave
12. Sound Wave
13. Heat & Thermodynamics
14. Light
15. Static Electricity
16. Current Electricity
17. Magnetism
18. Atomic and Nuclear Physics
19. Scientific Instruments
20. Inventions
22. Nuclear fission and fusion
23. Electromagnetism
24. The four fundamental forces
25. The kinetic theory of matter
26. Magnetic effect of electric current
27. The Human eye and Defects
28. Important one liner question
29. practice set paper etc

some important points to keep in mind when studying physics:

1. Understanding the basic principles: Physics is based on a set of fundamental principles, such as Newton’s laws of motion, the laws of thermodynamics, and the principles of electromagnetism. It is important to have a strong grasp of these principles in order to understand more complex concepts.
2. Developing problem-solving skills: Physics involves a lot of problem-solving, and it is important to be able to apply the principles you have learned to solve a variety of problems. Practice is key when it comes to developing this skill.
3. Applying mathematics: Physics is closely related to mathematics, and it is important to have a solid foundation in algebra, geometry, and calculus in order to understand many of the concepts in physics.
4. Experimentation: Physics is an experimental science, and it is important to have an understanding of how experiments are designed, conducted, and analyzed in order to test and validate physical theories.
5. Interdisciplinary nature: Physics is an interdisciplinary field that overlaps with many other areas of science and engineering, such as chemistry, biology, and materials science. It is important to be able to connect physics concepts to other fields in order to fully understand their implications.
6. Historical context: Many of the key discoveries and concepts in physics have been developed over centuries, and it is important to understand the historical context in which they emerged in order to fully appreciate their significance.

Q: What is the SI unit of electric current?

A. Volt

B. Watt

C. Ohm

D. Ampere

A: D. Ampere. The SI unit of electric current is the ampere (A). It is defined as the amount of electric charge that flows through a conductor in one second when a potential difference of one volt is applied across the conductor. The other options listed are all units in the SI system, but they refer to other quantities: the volt is the unit of electric potential, the watt is the unit of power, and the ohm is the unit of electrical resistance.

What is the formula for calculating force (F)?

A. F = ma (mass x acceleration)

B. F = mv^2 (mass x velocity squared)

C. F = mg (mass x gravity)

D. F = QV (charge x voltage)

Answer: A. F = ma. Force is equal to the product of an object’s mass and its acceleration.

Q-What is the formula for calculating kinetic energy (K)?

A. K = mv^2 (mass x velocity squared)

B. K = 1/2mv^2 (one half times mass times velocity squared)

C. K = mgh (mass x gravity x height)

D. K = QV (charge x voltage)

Answer: B. K = 1/2mv^2. Kinetic energy is equal to one half times an object’s mass times the square of its velocity.

Q-What is the formula for calculating power (P)?

A. P = Fd/t (force times distance divided by time)

B. P = QV/t (charge times voltage divided by time)

C. P = mgh/t (mass times gravity times height divided by time)

D. P = W/t (work done divided by time)

Answer: D. P = W/t. Power is the rate at which work is done, and is equal to the amount of work done divided by the time it takes to do it.

Q- What is the formula for calculating the period of a simple pendulum (T)?

A. T = 2π√(l/g) (2 times pi times the square root of the length of the pendulum divided by gravity)

B. T = 2π√(g/l) (2 times pi times the square root of gravity divided by the length of the pendulum)

C. T = 2π√(m/k) (2 times pi times the square root of the mass of the pendulum divided by its spring constant)

D. T = 2πf (2 times pi times the frequency of the pendulum)

Answer: A. T = 2π√(l/g). The period of a simple pendulum, which is the time it takes for the pendulum to complete one full swing back and forth, is proportional to the square root of the length of the pendulum divided by the acceleration due to gravity.

These are just a few examples of physics questions and answers, and there are many other concepts and principles in physics that can be explored in greater depth depending on your interests and goals.

Q.1 Which of the following measurements is not a unit of distance?

(A) Ammeter

(B) Cubit

(C) Parsec

(D) angstrom

Ans .A

Q.2 Which one of the following remains constant while throwing a ball upward?

(A) Displacement

(B) Kinetic energy

(C)  Acceleration

(D)   Velocity

Ans .C

Q.3 Pure water freezes at what temperature?

(A) 47 F

(B) 32 F

(C)  0 F

(D)   19 F

Ans .B

Q.4 Which vitamin is abundant in citrus fruits?

(A) Vitamin A

(B) Vitamin B

(C)  Vitamin C

(D)   Vitamin D

Ans .C

Q.5 Zinc Oxide is

(A) Acidic

(B) Basic

(C)  Neutral

(D)   Amphoteric

Ans .D

Q.6 Pure water is a _____________ Conductor of electricity.

(A) super conductor

(C)  speed conductor

(D)   None of these

Ans .B

Q.7 What element’s three isotopes have different names?

A. Helium

B. Oxygen

C. Carbon

D. Hydrogen

Ans .D

Q.8 On which one of the following conservation laws, does a rocket work?

(A) Mass

(B) Energy

(C)  Linear momentum

(D)   Angular momentum

Ans .C

Physics GK Questions

Q.9 Which one among the following radiations carries maximum energy?

(A) Ultraviolet rays

(B) Gamma rays

(C)  X- rays

(D)   Infra red rays

Ans .B

Q.10 The Central Arid Zone Research Institute (CAZRI) is located at

(A) Jaipur

(B) Jodhpur

(C)  Jaisalmer

(D)   Jallandhar

Ans .B

Q.11 What is the main constituent of coal gas?

(A) Oxygen

(B) Water

(C)  Nitrogen

(D)   Methane

Ans .C

Q.12 Recoil of a gun is an example of

(A) Conservation of mass

(B) conservation of energy

(C)  conservation into KE

(D)   conservation of linear momentum

Ans .D

Q.13 What is the heaviest of the naturally occurring Noble gases?

(B) Xenon

(C) Helium

(D) Argon

Ans .A

Q.14 Aviation fuel for Jet aero planes consists of purified

(A) Petrol

(B) Kerosene

(C) Gasoline

(D) Diesel

Ans .B

Q.15 A piece of stone and or iron traveling through space that moves through the earth’s atmosphere is

(A) Planet

(B) Sun

(C) Moon

(D) Meteor

Ans .D

Q.16 Which one of the following common devices works on the basis of the principle of mutual induction?

(A) Tube light

(B) Transformer

(C) Photodiode

(D) Led

Ans .B

Q.17 Dc current can be controlled by which one of the following components?

(A) Impedance

(B) Resistance

(C) Capacitance

(D) Inductance

Ans .B

Q.18 Mesons are found in

(A) Alpha -rays

(B) Laser beam

(C) X – rays

(D) Cosmic rays

Ans .D

Q.19 A moderator is used in nuclear reactors in order to

(A) increase the motoneurons

(B) decrease the motoneurons

(C) slow down the speed of neutrons

(D) Anthony S. D’Mello

Ans .C

Q.20 The wavelength of X-rays is of the order of

(A) 1 cm

(B) 1 m

(C) 10 micron

(D) 1 Angstrom

Ans .D

Q.21 In a sitar wire which one of the following types of vibration is produced?

(A) Progressive longitudinal

(B) Stationary longitudinal

(C) Progressive transverse

(D) Stationary transverse

Ans .A

Q.22 Which gas in the atmosphere saves us from the ultra violet rays of the sun?

(A) Nitrogen

(B) Oxygen

(C) Ozone

(D) Carbon Monoxide

Ans .C

### Topic Related Posts

Q.23 What is the study of plants called?

(A) Physics

(B) Chemistry

(C) Zoology

(D) Biology

Ans .D

Q.24 The three methods of science are observation, experimentation and

(A) Hypothesis

(B) Measurement

(C) Deduction

(D) inference

Ans .B