• 2 months ago
particle moves in a circle of radius 0.5 m with a uniformly increasing speed. Find the tangential acceleration of the particle if its speed changes from 2.0 m/s to 6.5 m/s in 3.0 s.

Watch the video about ROTATIONAL KINEMATICS in full:
https://dailymotion.com/playlist/x8z9ke

#rotationalkinematics #rotationalmotion

Recommended

2:37
I
Up next
DC Current -06- Current Density Concept
Rebiaz Studio
2:56
DC Current -07- Drift Velocity Concept
Rebiaz Studio
0:39
What is density_-_density in short_-_physics in short
Physics with Akhtiar Ali Bullo
2:22
DC Current -08- Concept of Electrical Resistance of Materials
Rebiaz Studio
2:06
Rotational Kinematics -03- Centripetal Acceleration
Rebiaz Studio
2:04
Rotational Kinematics -02- Angular Acceleration
Rebiaz Studio
3:00
Parabolic Motion -01- The Magnitude Of The Object's Velocity In Projetile Motion
Rebiaz Studio
2:54
Impulse -02- Particle Velocity From Instantaneous Force
Rebiaz Studio
2:23
The acceleration of a moving body can be found from
Physics with Akhtiar Ali Bullo
10:55
Centripetal Force
Punjab Group Of Colleges
0:25
Physics Olympiad #001 [Kinematics Of Translation Motion]
Rebiaz Studio
3:57
Parabolic Motion -03- Perpendicular Velocity In Parabolic Motion
Rebiaz Studio
2:43
Parabolic Motion -02- Coordinates of Particles in Projectile Motion
Rebiaz Studio
2:33
Parabolic Motion -05- Hill Height
Rebiaz Studio
2:02
Problem No 5.3 : A body of moment of inertia .......
Punjab Group Of Colleges
3:50
Laws of Motion -08- Acceleration of Blocks Pushed by External Force
Rebiaz Studio
22:38
Circular Motion , Angular Displacement , Angular Velocity & Relation Between Angular Displacement And Angular Velocity
Punjab Group Of Colleges
2:37
Impulse -01- Change in Velocity
Rebiaz Studio
0:38
Physics Olympiad #014 [The Speed of Block at Certain Angle]
Rebiaz Studio
13:46
Rotational Kinetic Energy of a Loop & Rotational Kinetic Energy of a Disc
Punjab Group Of Colleges
3:22
Parabolic Motion -04- Horizontal Distance In Parabolic Motion
Rebiaz Studio
2:58
Second equation of motion_prove that S=ut+1/2at2_prove that S=Vit+1/2at2_equations of motion
Physics with Akhtiar Ali Bullo
2:49
Problem No 5.4 : Consider the rotating cylinder ......
Punjab Group Of Colleges
2:19
Problem No 5.2 : A Gramophone record .........
Punjab Group Of Colleges
3:06
Newton's laws of Rotation
Rebiaz Studio