sept. 26, 2012

Sept. 26, 2012AGENDA:1 – Bell Ringer2 – Lab Analysis3 – Velocity

Today’s Goal:Students will be able to calculate velocity from position vs. time graphs. Homework1. Finish velocity

handout.

Bell RingerC – Conversation – No talking.H – Help – RAISE HAND for questionsA – Activity – Complete the bell ringer

on your weekly sheet.M – Materials and Movement –

Pen/Pencil, Bell Ringer SheetP – Participation – Complete bell

ringerS – Success – Complete bell ringer

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. How do you calculate

velocity on a position vs. time graph?

2. What is the formula for slope?

4 MINUTES REMAINING…

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. Describe velocity in your

own words.

3 MINUTES REMAINING…

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. Describe velocity in your

own words.

2 MINUTES REMAINING…

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. Describe velocity in your

own words.

1minute Remaining…

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. Describe velocity in your

own words.

30 Seconds Remaining…

BELL-RINGER TIME IS

UP!

Wednesday, Sept. 26Objective: Students will be able to understand velocity conceptually and how to calculate it

Bell Ringer:1. Describe velocity in your

own words.

Sept. 26, 2012AGENDA:1 – Bell Ringer2 – Lab Analysis3 – Velocity

Today’s Goal:Students will be able to calculate velocity from position vs. time graphs. Homework1. Finish velocity

handout.

Defining Velocity

Topic: VelocityDate: 9/26/2012

DefinitionsAverage velocity is the velocity over the whole time period.Instantaneous velocity is the velocity over a small time period.

1. What is the average velocity of the car across this trip?

A. 25km/h B. 50km/h C. 75km/h D. 100km/h

2. What is the instantaneous velocity of the car between 4 and 7 hours? A. 25km/h B. 50km/h C. 75km/h D. 100km/h

3. During which time interval does the car have the fastest speed? A. 1-2 hours B. 2-3 hours C. 4-7 hours D. 9-10 hours

4. During which time interval does the car have zero velocity? A. 1-2 hours B. 2-3 hours C. 4-7 hours D. 9-10 hours