Agenda1. Warm Up2. Record HW3. Pop Quiz: Equations4. Register for discussion board

on mr.ancalade.com5. C#14 AP Test Review Practice

HomeworkC#14 AP Test Review Practice

AP PhysicsMonday 14.02.23Standards: 2b2 solve equilibrium problems.

Objective: SWBAT solve circular motion AP problems, Gravitation problems, simple harmonic motion problems, & torque problems.

Warm UpFind the net Torque on the bar of uniform density & suspended mass system if the bar has a radius of 10m and the pivot point is at its center of mass.

30°

4kg

Agenda1. Warm Up2. PPT Review Competition

Warm UpIf the net Torque on a 10m bar of uniform density is 40 Nm when a 4kg mass is hang from the edge of the bar as shown below, what is the mass of the bar?

HomeworkStudy for Test

AP PhysicsTuesday 14.02.24Standards: 2b2 solve equilibrium problems.

Objective: SWBAT review for centripetal motion, gravitation, simple harmonic motion, and torque exam.

30°

4kg

10m

4m

AP PhysicsWednesday 14.02.25 Standards: 2b2 solve equilibrium problems. Objective: SWBAT will be able to score 3 or higher on their test.

Agenda1. Warm Up2. Test

HomeworkNA

Warm UpFind the net torque on the 10 kg mass below if it hangs on the edge of a 5 kg horizontal rod at an angle of 70 degrees as shown below assuming that the rod has uniform density and the vertex is at the center of the rod.

70°

10kg

5m

AP PhysicsThursday 14.02.19Standards: 1a1 Students should understand the concept of electric charge, so they can: Describe the types of charge and describe polarization & induction

Objective: SWBAT describe the different ways in which charges interact with each other and how they will arrange themselves in conducting surfaces

HomeworkE#1 Electric Charge

Warm UpWrite down what you know about electric charge, conductors and insulators and write down any questions you may have about them.

Agenda1. Warm Up2. Review Test3. Explore electric charges through Phet

https://phet.colorado.edu/en/contributions/view/3044

4. Read Electric Charging5. Discuss Electric Charging

AP PhysicsFriday 14.02.20

HomeworkE#1 Electric Charge

Warm UpDraw a diagram that illustrates the process of conduction.

Agenda1. Warm Up2. Conduction, Polarization,

Induction Notes3. Guided Practice

Standards: 1a1 Students should understand the concept of electric charge, so they can: Describe the types of charge and describe polarization & induction

Objective: SWBAT describe the different ways in which charges interact with each other and how they will arrange themselves in conducting surfaces

Guided PracticeA The rod is moved close to the conducting sphere but never touches B The rod touches the conducting sphere

on the right

C The two neutral conducting sphere’s touch. A negatively charged conducting rod is brought close, then sphere A and B are separated and the rod is taken away.

A B

For each of the following, draw the charge distribution and specify whether conduction, induction, and/or polarization is occurring.

D. Draw a neutral insulating sphere with 5 positive and 5 negative charges.

E#1 Electric Charge & Conducting Sphere’s Practice

1 (66.) Two initially uncharged conductors, 1 and 2, are mounted on insulating stands and are in contact, as shown above. A negatively charged rod is brought near but does not touch them. With the rod held in place, conductor 2 is moved to the right by pushing its stand, so that the conductors are separated. Which of the following is now true of conductor 2? (A) It is uncharged. (B) It is positively charged. (C) It is negatively charged. (D) It is charged, but its sign cannot be predicted.

2(110.) A charged rod is placed between two insulated conducting spheres as shown. The spheres have no net charge. Region II has the same polarity as Region(A) I only (B) III only (C) IV only (D) I & III only (E) I & IV only

a. A neutral rod is places on a positively charged conducting sphere. What will be the charge of the conducting sphere? Draw the resulting configuration.

c. How much charge do 10 electrons have?d. How much charge do 25 protons have?

b. Three neutral conducting spheres touch. Draw the charge distributions after a positively charged rod is placed near the left sphere and a negatively charged rod is placed near the right sphere.