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Dynamics - Coggle Diagram
Dynamics
Motion is based on
Kinematics
The study of
Motion
Motion in a circle
Circular Motion
The force acting upon the mass in the system
A turn or change of direction in which the vehicle banks or inclines.
Banked Curves
Motion of a projectile
Projectile Motion
Motion relative to various reference frames
Relative Motion
Follows the principals of
Newton's Laws
The First Law
An object will not change its motion unless a force acts on it
The Second Law
The force on an object is equal to its mass times its acceleration. (F=ma)
The Third Law
For every action, there is an equal and opposite reaction.
Is calculated using
Variables
Change in velocity over a period of time
Acceleration
Used to calculate
Quantitative measure of inertia
Mass
Used to calculate
influence that can change the motion of an object
Force
The force that surfaces exert to prevent solid objects from passing through each other
Normal Force
Used to calculate
Opposing force that is created between two surfaces
Frictional Force
Force of gravity
Gravitational Force
The force that makes a body follow a curved path
Centripetal Force
The rotational equivalent of linear force
Torque
The pulling force
Tension Force
Sum of all forces
Net Force
Ratio of the force of friction between two bodies
Coefficient of Friction
Used to calculate
Applied in
Simple Machines
Examples
Lever
Rotation of the lever causes this force:
String and Pulley
Is used in
.
Inclined Plane
Creates
Mechanical Advantage