Discussion Worksheets

• week-0 trigonometry and unit conversion

• week-1 kinematics and area under the curve

• week-2 one-dimensional constant-acceleration kinematics

• week-3 projectile motion

• week-4 position and displacement vectors

• week-5 force vector and Newton's second law

• week-6 massless pulley system

• week-7 centripetal force and acceleration

• week-8 angular quantities in circular motion

• week-9 torque and static equilibrium

• week-10 energy conservation

• midterm 1 review (week 0 to 4)

• midterm 2 review (week 5 to 8)

• final exam review (week 9 and 10)

last taught - Fall 2025

• week-1 vectors, right-hand rule, and kinematics

• week-2 electric force and electric field

• week-3 electric potential and electric potential energy

• week-4 relationship between electric field and potential

• week-5 current, capacitance, and resistance

• week-6 Ohm's law and resistors in circuit

• week-7 RC circuit and magnetic field

• week-8 Magnetic induction and electromagnetic waves

• week-9 photoelectric effect and quantized energy levels

• week-10 atomic elements and particle decay

• midterm 1 review (week 1 to 4)

• midterm 2 review (week 5 to 7)

last taught - Spring 2026

• week-1 one-dimensional kinematics and area under the curve

• week-2 projectile motion (problem adapted from University Physics with Modern Physics)

• week-3 circular motion

• week-4 centripetal force and massless pulley system (from University Physics with Modern Physics)

• week-5 Hook's law and work (from University Physics with Modern Physics)

• week-6 spring and energy conservation

• week-7 impulse and momentum conservation (from University Physics with Modern Physics)

• week-8 rotation and moment of inertia

• week-9 massive pulley system (from University Physics with Modern Physics)

• final exam review (this is so far my favorite)

last taught - Winter 2026