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Summary Newton's Laws of Motion

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Summary of IEB Physical Sciences Newton's Laws of Motion section.

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  • February 6, 2024
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  • 2023/2024
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NEWTON'S LAWS OF MOTION

TYPES OF FORCES:
Gravitational force (weight: Fg
The gravitational force
Earth exerts surface
any object
the on on o r near its


Fg
=


mg-close to surface
of Earth=918m. 57

Normal force:Fr

The perpendicular force exerted by a surface on an
object in contact with it


(always 900 relative to surface)
Frictional force: Ff
The force that opposes of parallel surface with the object
the motion an
object and acts to the which is in


contant

Determined of normal force
by magnitude
->


->
co-efficient of friction (M)


In mation = Kinetic ->F5l =MicFr
max
In MsFr
-


Static ->
rest:
Ffs
=




DIAGRAMS:
FORCE: FREE BODY: VECTOR:

object draw dot (as
draw
objects
·
/ dot
·
No
object
·




· draw forces retails touching object draw forces we tail on dot ·
draw forces (rectors)
head-to-tail

ALL-LABEL F: force exerted
by
-


-
- or


Frope:
*
Force exerted
by - on ↓ is in tension)



NEWTON'S FIRST LAW OF MOTION
An state of rest uniform constant) unless it is
object will continue in a or
(moving with a
velocity
force
acted upon by a net or resultant

If Newton I
Fez = 0 ->



us understand of
Helps intia - the
tendency of an
object to resist a
change
in its state rest



- force or uniform motion




(Newton I + inertia -

more conceptual than actual calc (used to help cake the



NEWTON'S SECOND LAW OF MOTION
force, Fret, of mass, m, the accelerates the direction
When a net is applied to an
object object in


of net force. The acceleration, a, is metforce
the
directly proportional to the and
inversely proportional
to the mass



#net = m a
C ~
Yes - and we signs
force line? (it resultant)
calculating straight
-
net No ->
-



components

tips for call:

1. Free body diagram
2. Choose direction as t



3. Determine Fret
4.
Apply Fret = ma


(it objects are
connected, same acceleration)

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