Unit 1: Kinematics
FUNDAMENTAL QUESTION:
How can you explain the motion of everyday objects using mathematical principles?
FUNDAMENTAL QUESTION:
How can you explain the motion of everyday objects using mathematical principles?
Unit Learning Goals:
By the end of this unit, students will:
be able to graphically represent motion, and predict derivations of a graph (ie a v vs. t form a d vs. t) based on the shape of the trace.
demonstrate an understanding of the relationship between vector (displacements, velocity, acceleration) and scalar (distance, speed) quantities, and perform calculations to quantitatively assess motion in a system.
TOPICS
Scalar vs. Vector Quantities
Two Dimensional Motion
Uniform Motion
Non Uniform Motion
Analyzing Motion
d vs. t graphs
v vs. t graphs
a vs. t graphs
Differentiation (slopes) vs. integration (area)
Calculations Involving Motion
Distance / displacement
Speed / velocity
Acceleration
Acceleration due to gravity