Physics All Formulas
MD SAIF ALI
This audiobook is narrated by a digital voice.
Master Physics with Ease: Your Comprehensive Formula Guide
This essential e-book is your go-to resource for all the crucial physics formulas you need to excel in your Class 11 and 12 studies. With a clear and concise format, this guide covers 70 key topics, providing both definitions and formulas.
Key Features:
Comprehensive Coverage:Clear and Concise:Quick Reference:Perfect for Students:Whether you're a visual learner or prefer a more textual approach, this e-book caters to all learning styles. With its user-friendly design, you can easily navigate through the topics and find the information you need.
Invest in your future academic success today!
Duration - 3h 1m.
Author - MD SAIF ALI.
Narrator - Digital Voice Madison G.
Published Date - Tuesday, 21 January 2025.
Copyright - © 2024 MD SAIF ALI ©.
Location:
United States
Description:
This audiobook is narrated by a digital voice. Master Physics with Ease: Your Comprehensive Formula Guide This essential e-book is your go-to resource for all the crucial physics formulas you need to excel in your Class 11 and 12 studies. With a clear and concise format, this guide covers 70 key topics, providing both definitions and formulas. Key Features: Comprehensive Coverage:Clear and Concise:Quick Reference:Perfect for Students:Whether you're a visual learner or prefer a more textual approach, this e-book caters to all learning styles. With its user-friendly design, you can easily navigate through the topics and find the information you need. Invest in your future academic success today! Duration - 3h 1m. Author - MD SAIF ALI. Narrator - Digital Voice Madison G. Published Date - Tuesday, 21 January 2025. Copyright - © 2024 MD SAIF ALI ©.
Language:
English
Chapter
Duration:00:07:04
1.Formulas Related to Units and Measurement
Duration:00:01:03
Formulas related to dimensional analysis Dimensional analysis involves the use of physical quantities and units of measurement to find relationships between different variables in a given system. Some commonly used formulas related to dimensional analysis
Duration:00:01:07
Error Measurement Formulas Absolute Error
Duration:00:00:48
Formulas Related to Motion in a Straight Line
Duration:00:02:21
Formulas Related to Uniform Circular Motion:
Duration:00:01:46
Formulas for Relative Velocity:
Duration:00:00:56
Formulas Related to Instantaneous and Average Motion:
Duration:00:00:47
Formulas Related to Projectile Motion:
Duration:00:01:04
Formulas Related to Velocity‐Time Graph, Displacement‐Time Graph, Acceleration‐Time Graph:
Duration:00:01:34
10. formulas related to banking of roads:
Duration:00:02:13
11. formulas related to motion in a vertical circle:
Duration:00:02:02
12. formulas related to the motion of a simple pendulum:
Duration:00:04:50
13. formulas related to friction:
Duration:00:01:25
14. formulas related to dynamics of rotational motion:
Duration:00:03:14
formulas related to the dynamics of circular motion:
Duration:00:01:45
16. formulas related to gravitation:
Duration:00:02:45
17. formulas related to the equilibrium of a rigid body:
Duration:00:05:12
formulas related to power in mechanics:
Duration:00:01:39
formulas related to center of mass:
Duration:00:04:57
formulas related to angular momentum:
Duration:00:11:05
formulas related to the elastic behavior of solids:
Duration:00:04:32
formulas related to fluid mechanics:
Duration:00:02:52
formulas related to surface tension:
Duration:00:02:07
formulas related to viscosity:
Duration:00:02:00
formulas related to heat transfer:
Duration:00:01:33
formulas related to thermal expansion:
Duration:00:02:21
formulas are used in calorimetry:
Duration:00:07:32
formulas related to the third law of thermodynamics:
Duration:00:03:27
34.formulas related to phase transitions between solid, liquid, and gas:
Duration:00:03:40
formulas are related to the kinetic theory of gases:
Duration:00:02:20
36. formulas related to gas laws:
Duration:00:06:40
37. formulas related to the mean free path and Avogadro’s number: Mean free path
Duration:00:00:53
Formulas relating mean free path and Avogadro’s number
Duration:00:00:41
formulas related to simple harmonic motion (SHM):
Duration:00:01:39
40. formulas related to damped and forced oscillations:
Duration:00:01:32
41.formulas related to waves:
Duration:00:02:03
formulas related to sound waves:
Duration:00:01:48
formulas related to interference and diffraction:
Duration:00:02:16
formulas related to standing waves:
Duration:00:02:09
formulas related to polarization:
Duration:00:06:10
47. formulas related to current electricity:
Duration:00:01:38
48. formulas related to the magnetic effects of current:
Duration:00:02:20
formulas related to magnetism:
Duration:00:02:24
formulas related to electromagnetic induction:
Duration:00:02:29
formulas related to alternating current (AC):
Duration:00:03:07
formulas related to alternating current (AC) generators and transformers:
Duration:00:01:36
formulas related to alternating current (AC) circuits:
Duration:00:01:36
formulas related to LCR circuits:
Duration:00:02:45
formulas related to electromagnetic waves:
Duration:00:02:14
formulas related to ray optics:
Duration:00:01:48
57. formulas related to optical instruments:
Duration:00:04:51
58.formulas related to the dual nature of matter and radiation:
Duration:00:02:04
59. formulas related to matter waves:
Duration:00:01:21
formulas related to atomic structure:
Duration:00:03:36
61. formulas related to radioactivity:
Duration:00:06:06
62.Formulas related to semiconductors
Duration:00:04:23
63.formulas related to semiconductor diodes:
Duration:00:02:02
formulas related to the seven basic logic gates:
Duration:00:02:00
formulas related to transistors:
Duration:00:01:31
formulas related to communication systems:
Duration:00:02:19
formulas related to amplitude modulation (AM):
Duration:00:02:50
Formulas related to radio waves:
Duration:00:02:15
Formulas related to receiving and detecting radio waves:
Duration:00:05:50