Created by Mia Parker
about 2 years ago
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Frame of Reference
1. Dynamics
2. Kinematics
Distance
Scalar Quantity
Displacement
Vector Quantity
Average Speed
Equation for speed
Average Velocity (v)
Change in Displacement Formula
Equation for Velocity
Constant Displacement
Constant Velocity
Displacement Formula
Acceleration (a)
When is an object speeding up?
When is an object slowing down?
Equation for Acceleration
Equation for Change in Velocity
Constant Acceleration
What does the slope of a velocity graph tell you?
What does the area under the curve of a velocity graph tell you?
A graph that is concave up has (...) acceleration
A graph that is concave down has (...) acceleration
What equation uses...
V0
∆x
1/2
Vf
t
What equation uses...
V0
t
a
t^2
∆x
.5
What equation uses...
a
Vf
t
V0
What equation uses...
V0^2
2
Vf^2
∆x
a
Free Fall
What is the acceleration due to gravity?
For free fall, what can you do to the equations to constant acceleration?
What is always important to remember of the x and y planes?
Horizontal Component (x)
Vertical Component (y)
Why is the path of a projectile always a parabola?
Constant Velocity Trigonometric Equation
Initial Velocity Trigonometric Equation
X-Motion
Y-Motion
What is the only similar thing between the x and y planes?
Range (∆x)
What angle allows for maximum range?
Complimentary Angles
Velocity
Acceleration
Horizontal Variables
Horizontal Kinematic Equations
Vertical Variables
Vertical Kinematic Equations
Projectile
Parabola
Trajectory
YOU GOT THIS !!!!