# Physics Formula College FSc and Entry Test, Formulas and forms for Physics. Riphah International Univeristy

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First and second year physics formulas for preparing for final FSc exams and entry test.
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Formulae Panorama

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Caution:

”All copyrights are Reserved with the Author and the Publisher.

NO ONE IS ALLOWED to Edit, Copy or Modify this ShortBook in any Case.”

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Book Title: All Physics Formulae Panorama

Pages: 57

Edition: 2nd

Format: Portable Document Format (For This

Copy Only)

Author: Fraz Mallick

Association: #teamFR

Courtesy: MCAT Panorama

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Table of Content

Sr. Chapter No. Chapter Name Page Number

1. Book-I

2. 1. Measurement 06

3. 2. Vectors and

Equilibrium 07

4. 3. Motion and Force 10

5. 4. Work and Energy 13

6. 5. 15

7. 6. Fluid Dynamics 18

8. 7. Oscillations 19

9. 8. Waves 21

10. 9. Physical Optics 24

11. 10. Optical Instruments 26

12. 11. Heat and

Thermodynamics 28

13. Book-II

14. 12. Electrostatics 33

15. 13. Current Electricity 36

16. 14. Electromagnetism 39

17. 15. Electromagnet

Induction 41

18. 16. Alternate Current 43

19. 17. Physics of Solids 45

20. 18. Electronics 47

21. 19. Dawn of Modern

Physics 49

22. 20. Atomic Spectra 51

23. 21. Nuclear Physics 53

24. Important Information 55

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All

Physics

Formulae

Panorama Part-I

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Chapter-01

Measurements

Further Details from this Chapter are at the end of this shortbook.

Measurements

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Chapter No. 02

Vector and Equilibrium

Unit Vector:

Null Vector:

Rectangular Components of a Vector:

Determination of a Vector form from the Rectangular Components:

Position Vector:

Vectors

and

Equilibrium

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PRODUCT OF TWO VECTORS

Scalar or Dot Product:

Vector or Cross Product:

Torque:

EQUILIBRIUM OF FORCES

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First Condition of Equilibrium:

Second Condition of Equilibrium:

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Chapter No. 03

Motion and Force

Displacement:

Velocity:

Instantaneous Velocity:

Acceleration:

Instantaneous Acceleration:

Review of Equations of Uniformly Accelerated Motion:

Motion

and

Force

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NEWTON LAWS OF MOTION

Newton’s Second law of Motion:

Momentum:

Momentum and Newton’s Second Law of Motion:

Impulse:

Law of conservation of momentum:

Elastic Collision in One Dimension:

Force due to water flow:

Momentum and Explosive Forces:

Projectile Motion:

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Height of Projectile:

Time of flight:

Range of the Projectile:

Chapter No. 04

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Work and Energy:

Work:

Work done by a variable force:

Power:

Power and Velocity:

Energy:

Work-Energy Principle:

Work and

Energy

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Absolute Potential Energy:

Escape Velocity:

Interconversion of Potential Energy and Kinetic Energy:

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Chapter No. 05

Circular Motion

Angular Displacement:

Angular Velocity:

Instantaneous Angular Velocity:

Angular Acceleration:

Instantaneous Angular Acceleration:

Circular

Motion

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Relation between Angular and Linear Velocity:

Relation between Linear and Angular Acceleration:

EQUATIONS OF LINEAR AND ANGULAR MOTION

Linear Motion Angular Motion

Centripetal Force:

Momentum of Inertia:

Angular Momentum:

Law of Conservation of Momentum:

Rotational Kinetic Energy:

Real and Apparent weight:

At Rest:

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Moving Up with Acceleration:

Moving downward with an Acceleration:

Orbital Velocity:

Artificial Gravity:

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Chapter No. 6

Fluid Dynamics

Drag Force:

Terminal Velocity:

Equation of Continuity:

Bernouli’s Equation:

Torricelli’s Theorem:

Relation between speed and pressure of the fluid:

Venturi Relation:

Fluid

Dynamics

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Chapter No. 07

Oscillations

Frequency:

Angular Frequency:

Displacement:

Instantaneous Velocity:

Acceleration in terms of

Vibrational Angular Frequency:

Time Period of the Mass:

Oscillations

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Instantaneous Displacement:

Instantaneous Velocity:

Time Period of a Pendulum:

Energy Conservation:

Chapter No. 08

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Waves

The Speed of the Crest:

Speed of the Sound in Air:

Laplace Correction:

INTERFERENCE

Conditions for Constructive Interference:

Conditions for Destructive Interference:

Waves

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STATIONARY WAVES

Speed of the waves in the string:

Frequency of Stationary Waves having n loops:

Wavelength of Stationary Waves having n loops:

STATIONARY WAVES IN AIR COLUMN

When pipe is open at both ends:

DOPPLER’S EFFECT

If the Observer moves towards the Stationary Source:

If the Observer moves away from the Stationary Source:

If the Source moves towards the Observer:

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And If the Source moves away from the Observer:

Chapter No. 09

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Physical Optics

YOUNG’S DOUBLE SLIT EXPERIMENT

Path Difference for bright fringe:

Path Difference for dark fringe:

Bright Fringe Position:

Position of Dark Fringe:

DIFFRACTION DUE TO A NARROW SLIT

Equation for the first minimum:

where, m=

Diffraction Grating:

Physical

Optics

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where, n=

Diffraction of X-rays by Crystals:

Chapter No. 10