Forces in Motion Newtons Laws. Free Fall and Acceleration Galileos experiment s_Leani ng_Tower_of_Pisa_experiments_Leani.
Moving about A look at the new Stage 6 Physics syllabus for NSW Schools Professor John Storey.
Lec 1 - Fundamental Concepts, Force Vectors
Mass, Weight and Gravity. Student Learning Objectives Students will be able to explain mass of objects with reference to a basic atomic structure Students.
Do Now Chart on page 2 of your notes!. Net Force = mass x acceleration F net = m a Newton’s 2 nd Law states that a Net Force applied to a mass causes.
Motion: Kinematics Chapter 2. Scalar versus Vector Quantities Scalar Quantities –Magnitude (size) –“55 mph” Vector Quantities –Magnitude (size) –Direction.
Apparent Weight Riding in a elevator– why does our weight appear to change when we start up (increase) and slow down (decrease)? Our sensation of weight.
SHM _simpleharmonicmotion.html.
Warning! In this unit, we switch from thinking in 1-D to 3-D on a rotating sphere Intuition from daily life doesn’t work nearly as well for this material!
Laws of Force Mr. Dunnum Physical Science. What is force? Force is simply a push or pullpush or pull All forces have both size and direction Forces.
Chapter 4: Newton and Universal Motion. Mechanics Mechanics = laws of motion Aristotle –Rest = Natural State of Motion –Heavy objects fall faster Galileo.
Acceleration is the rate of change of velocity. Acceleration is a vector.
