BEAVERTON RURAL SCHOOLS PHYSICS STUFF ONLINE.  USE HERE, OR LOGIN TO MSU.

---

Notes/Reading Equations SampleProblems
Response Homework ActivityPhoto
Link(s) Misconceptions BackUpToTop
 

ChapterGoals	speed, velocity, acceleration	uniform acceleration	circular motion	vectors	2Dmotion, projectiles
	newton's laws	force analysis (FBDs)	friction	uniform circular motion	energy/work
	momentum

---

 

opening goals
speed
speed equation
speed sample problems
distance/time graph intro
how to find slope of a line
how to find slopes along a curve
help in finding slopes along a curve*
example of finding speed uning a tangent
displacement
velocity
velocity sample problems
all equations to this point
how to make a velocity/time graph
acceleration
acceleration equation
acceleration sample problems
uniform acceleration goals
uniform acceleration
uniform acceleration equations
circle motion goals
circles and radians
sample circular motion problems
vector goals
introduction to vectors
how to use the trig functions sin, cos, & tan
basic example of vector resolution
sample problems showing use of sin, cos, tan
the graph method to resolve multiple vectors
a simple vector addition example
a harder vector addition example
static equilibrium introduction
two dimensional motion goals
introduction to two-dimensional motion
X & Y motion of projectiles
commonly used projectile equations
sites that show projectile motion
projectile motion activity
sample projectile problems
Newton's Laws Goals
mass versus inertia
Newton's Second Law
easy problems using 2nd law
Newton's Third Law
easy problems using 3rd law
force analysis (FBDs)
how to visualize vectors (free body diagrams)
the atwood machine
vectors of the inclined plane
hanging by vectors (strings)
friction
friction: friend or foe?
static friction
kinetic friction
uniform circular motion goals
terms: UCM
speed vs velocity in uniform circular motion
direction of acceleration in uniform circular motion
centripetal acceleration
more centripetal acceleration, Period
space station problem
taking a curve, no slipping FBD
frequency & period
energy goals
what is energy (relation to work)
kinetic energy
KE problem: effect of velocity
gravitational potential energy "PE"
how do I solve a work/energy problem?
work
momentum goals
what is momentum?
momentum as a vector
changing momentum (force & impulse)
momentum activity