Kinematics
The fundamental assumption of the kinematic equations
Constant acceleration
Newton's 2nd Law
F = ma
The two basic types of energy
Kinetic and Potential
The name for the change in momentum.
Impulse
Dr. Culbreth's wife's first name
Laura
The variable that remains consistent across the multiple dimensions of motion in a kinematics analysis
Time
The 2 basic types of friction
Static and Kinetic
The change in this is equal to the net work done on an object.
Kinetic Energy
The condition for momentum conservation in a system.
Where Dr. Culbreth got his PhD
ECU
a = dv/dt or v = integral (a dt)
The equation for the force due to a spring
F = -kx
The condition for energy conservation of a system.
No work done by non-conservative forces.
The 2 quantities conserved in an elastic collision
Energy and momentum
Dr. Culbreth's favorite TV show
Avatar the Last Airbender (OG)
The slope of at a single point on a distance vs time graph.
Instantaneous velocity
Your hand hurting when you punch a wall is a consequence of this.
Newton's 3rd Law
The equation for gravitational potential energy close to the earth.
Ug = mgh
A weighted average of position based on mass.
The center of mass.
Dr. Culbreth's horse's name
Sami
The fundamental assumption for projectile motion
Negligible air resistance
The weight of an object is dependent on these factors
The mass of the object and the planet it is on (or the gravitational acceleration)
The equation for the work done by a force
W = Integral (F dot dx)
Newton's 2nd law in momentum form
F = dp/dt
The food Dr. Culbreth is allergic to.
Bananas