IGCSE, O-Level, AS-level, A-level And IB (SL And H
IGCSE, O-Level, AS-level, A-level and IB (SL and H
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Comprehensive study of Circular Motion- high grade achieving series by Dr. Zubair Ph.D...
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IGCSE, O-Level, AS-level, A-level and IB (SL and H
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IGCSE, O-Level, AS-level, A-level And IB (SL And H
This attempt of PowerPoint presentation has been prepared with special objectives to build basic to advanced understanding of contents of circular motion. Special attention has been paid in corelating various linear and angular quantities that could be equally helpful for attempting multiple choice...
Dr. m. zubair ph.d. associate professor of physics
All classes
Subjects
circular motion
angular displacement
centripetal force
moment of inertia
rotational
angular velocity and angular acceleration
spin and orbital motional inertia
law of conservation of angular momentum
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IGCSE, O-Level, AS-level, A-level and IB (SL and H
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Description
This attempt of PowerPoint presentation has been prepared with special objectives
to build basic to advanced understanding of contents of circular motion.
Special attention has been paid in corelating various linear and angular quantities
that could be equally helpful for attempting multiple choice questions as well as
structured questions. This would be very much helpful and productive for the students
following IGCSE, O-Level, AS-level, A-level and IB (SL and HL) Physics curricula
affiliated with CAIE, Edexcel and AQA boards.
Dr. Zubair PhD.
Associate professor of Physics
, Table of contents
➢ Circular motion
➢ Angular displacement
➢ Right hand rule and direction of angular displacement
➢ Relation between angular displacement and arc length
➢ Angular velocity
➢ Angular acceleration
➢ Relation between angular velocity and angular
acceleration
➢ Linear and angular motion comparison at a glance
➢ Centripetal acceleration and centripetal force
➢ Moment of inertia
➢ Moment of inertia of some rigid symmetrical bodies
➢ Angular momentum
➢ Spin angular momentum and orbital angular momentum
➢ Law of conservation of angular momentum and
applications
➢ Rotational Kinetic energy
➢ Mathematical derivation of Rotational K.E
➢ Practical application of Rotational K.E
, CIRCULAR MOTION
InPREVIEW
the absence of external force body is either at rest or moves with uniform velocity
in a straight line (Newton’s first law). Every circular motion is under the action
of force that stands responsible to bend linear motion in circular one. This is equally
valid for subatomic level to intermediate and finally to cosmological level
Cosmological world
Subatomic world Gravitational force responsible
Electrostatic force responsible
Common world
Tension in the string is responsible Frictional force responsible
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