WHAT IS NASA PHYSICS?
MODULES
Forces and Motion
Conservation of Momentum & Energy
Temperature and Heat
Fluids
Optics
Electromagnetic Spectrum
Modern Physics
Anticipation Guide 7
Intro to Modern Physics
Blackbody Radiation
The Ultraviolet Catastrophe
The Photoelectric Effect
Bohr's Atom
Spectra
Radioactive Decay
Special Relativity (SR)
Simultaneity
Distance and Time
General Relativity
May the Forces be with You
Modern Physics Notebook
Assessment Problems 7
Useful Things
SITE MAP
Forces and Motion
Anticipation Guide
Speed and Velocity
Acceleration
Gravity
Projectile Motion
Orbital Motion
Newton's Laws of Motion
Assessment Problems
Equation
acceleration = velocity time
a = v t
1.3
Equation
velocity =
acceleration x time
v = at
1.4
Equation
final velocity = initial velocity + acceleration x time
vf = vi + at
1.5
Acceleration
Notebook
Notes• Acceleration is the change in velocity over time. • Because it is time dependent, all acceleration is an average. • Applying an unbalanced force to an object induces an acceleration.
Equation
average velocity = initial velocity + final velocity ÷ two
vave = (vi + vf) / 2
1.6
Equation
distance traveled = ½ x acceleration x times squared
d = ½ at2
1.7
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