Lesson 26 of 27 • 4 upvotes • 12:58mins
Numericals based on acceleration and graphs are explained in this lesson
27 lessons • 4h 55m
XI-3-1 Rest and Motion
8:46mins
XI-3-2 Point Mass in Motion
9:42mins
XI-3-3 Dimensions of Motion
7:10mins
XI-3-4 Types of Motion
8:34mins
XI-3-5 Frame of Reference
10:59mins
XI-3-6 Scalar and Vectors
10:19mins
XI-3-7 distance and displacement
8:33mins
Phy-XI-3-8 speed and velocity intro.
9:23mins
Phy-XI-3-9 Average speed.
12:35mins
Phy-XI-3-10 instantaneous and relative speed.
9:37mins
Phy-XI-3-11Graph
13:26mins
Phy-XI-3-12 Acceleration
10:14mins
Phy-XI-3-13 equations of motion
14:38mins
Phy-XI-3-14 sign convention
5:39mins
Phy-X-3-15 acceleration due to gravity
14:20mins
Phy-X-3-15 acceleration due to gravity
14:20mins
Phy-XI-3-18-Differentiation-intro
11:23mins
Phy-XI-3-19 Significance of differentiation
10:47mins
Phy-X-3-20 Differenciation theorems
14:26mins
XI-3-21 Differentiation of functions
6:33mins
XI-3-22 integration
11:12mins
XI-3-25 Integration application.
14:18mins
XI-3-23 Integration methods
12:08mins
Phy-XI-3-24 Definite integral
9:04mins
XI-3-16 numerical-1
12:21mins
XI-3-17-Numerical-2
12:06mins
XI-3-26 exercise-3
12:58mins