UNIT 1: Motion and Its Applications 1. Know terminology i.e. displacement, distance, uniform motion, constant velocity, speed, velocity, acceleration, inertia, mass, net force, normal force, applied force, frictional force, coefficient of friction, gravity, etc. 2. Know the symbols and SI units for motion and force quantities 3. Be able to convert ie. from m/s to km/h etc. 4. Be able to solve distance, displacement, speed, velocity, and acceleration problems using kinematics equations 5. Be able to interpret graphs: determine direction of motion, slowing down, etc. and solve for quantities from the graph Ad, At, v, a, etc. 6. Explain Newton's 3 Laws of Motion; know examples of each 7. Solve force of gravity problems amoldong yonsbins avloe of 8. Solve friction problems using coefficient of friction 9. Be able to draw FBDs showing all forces 10. Be able to solve problems with multiple forces to find Fnet, a, etc Ww UNIT 2: Mechanical Systems 1. Know terminology i.e. machine, lever, inclined plane, fulcrum, load, effort, etc. Bristersbing 2. Know the symbols and SI units for mechanical quantities e of alds sa 3. List the 2 families of machines and members of each family 4. Be able to identify different types of machines i.e. nutcracker, seesaw, etc. and the type/class of lever/simple machine sigbaric 5. Be able to draw and label a lever manuel neswied sorenstab won .8 6. Solve torque problems (effort torque and load torque) of side off 7. Solve problems using the Law of the Lever 8. Calculate AMA, IMA, % efficiency for machines cahem of - how of to lis world &