The document discusses different types of motion including linear, circular, and projectile motion. It provides examples of each type and explains key concepts like inertia, acceleration, and Newton's three laws of motion. Specifically, it defines linear motion as movement in a straight line, circular motion as movement along a circular path, and projectile motion as motion influenced only by gravity. It also explains that an object's motion will not change unless a net force acts upon it, and defines momentum as a quantity used to measure an object's motion.

1. MOTION

2.  Motion is a change in position of an
object over time.
 described in terms of
displacement, distance, velocity, acc
eleration, time, and speed.
 An object's motion cannot change
unless it is acted upon by a force, as
described.
 Momentum is a quantity which is
used for measuring the motion of an
object.

3. Types of Motion
Linear Motion
Circular Motion
Projectile Motion

4. Linear Motion
 Is the motion of an object, moving in a
straight line or path.
 Straight line motion of a body is known
as its linear motion.

5. Examples
Motion of car on the road
Motion of football
Sliding a boy in straight line

6. Circular Motion
 The motion of an object in a circular
path is known as circular motion.
 In physics, circular motion is
a movement of an object along the
circumference of a circle or rotation
along a circular path.

7. Examples
 Motion of electron around the
nucleus
 Motion of toy car on circular
track
 Motion of planets around the
sun

8. Projectile Motion
 A projectile is any object that once projected
or dropped continues in motion by its own
inertia and is influenced only by the
downward force of gravity.
 By definition, a projectile has a single force
that acts upon it - the force of gravity.

9. Examples
An arrow fired upward
A ball thrown on the air

10. LAWS OF MOTION
 Newton's laws of motion are
three physical laws that, together,
laid the foundation for classical
mechanics.They describe the
relationship between a body and
the forces acting upon it, and
its motion in response to those
forces.

11. LAWS OF MOTION
Law of Inertia
Law of Acceleration
Law of Interaction

12. Law of Inertia
 Inertia is the tendency of an object to
remain at rest or in motion.
 It is the resistance of any
physical object to any change in its
position and state of motion.
 This includes changes to the
object's speed, direction, or state of
rest.

14. Examples
 When peddling a bicycle, if you
stop pedaling, the bike continues
going until friction or gravity
slows it down.
 When you stir coffee or tea and
stop, the swirling motion
continues due to inertia.

15. Law of Acceleration
 The acceleration of an object as
produced by a net force is directly
proportional to the magnitude of the net
force, in the same direction as the net
force, and inversely proportional to the
mass of the object.
 a force upon an object causes it to
accelerate according to the formula net
force = mass x acceleration.

17. Examples
A cart full of boxes
A loaded car is hard to move
because of its mass.

18. Law of Interaction
 For every action there is always
an equal or opposite reaction.
 Interaction is a kind
of action that occur as two or
more objects have an effect upon
one another.

20. Examples
 Interaction of hand and wall
pushing each other.
 Hitting a base ball
 A ball hit the wall.

21. - LADY EDZELLE D. ALIADO
THANKYOU!