At the end of each class, please complete the daily evaluation
Anti-green: Must-Do, green: Should-DO, anti-red: Strive-to-Do, and anti-blue: extra help.
Before asking Mr. Skapetis a question, you must ask 3 classmates your question.
*Hint* If it's underlined, it's a link.
I can explain the difference between rotational quantities and their linear counterparts.
I can solve problems looking for 1 or more variable with constant angular acceleration.
I can derive equations for a given situation.
I can interpret and transition bewteen angular displacement vs time, angular velocity vs time, and angular acceleration vs time graphs.
Retrieve the printed guided notes in class.
Video Link:
Please work alone with no notes to complete this.
I can use Newton Laws to solve problems involving rotational static situations.
I can draw a force diagram and show where the force is acting on a diagram.
I can explain the cause and effects of torque applied to a system.
Video Link:
+10 points only awarded for passing on first try
I can predict the motion of a rigid body based on the distribution of mass (its shape).
I can apply the parallel axis theorem to find an object's moment of inertia.
I can explain what rotational inertia means.
I can use Newton's Laws of Motion to solve problems involving rotational motion.
(non ideal pulley)
+10 points only awarded for passing (80%) on first try
I can use Newton's Laws of Motion to solve problems involving rotational motion.
I can use Newton's Laws of Motion to solve problems involving rotational motion.
I can use Newton's Laws of Motion to solve problems involving rotational motion.
1) 1) Races (wheel vs. disk)
I can use Newton's Laws of Motion to solve problems involving rotational motion.