General Physics – Unit 1: Vectors, Speed & Velocity:

 

Schedules: 

ZZ Physics Schedules Unit 1 2012.ppt

ZZ Physics Schedules Unit 1 2012.htm

 

Introduction:

Syllabus.doc – Introduction Letter, Class Rules, Materials List, Grading Policy, Course Syllabus

Information Survey.doc – HW due the first week (you’ll need a blank sheet of unlined paper)

 

Notebook Rubric.doc – goes in your binder in front of the 5 dividers

Other things for your binder (in the reference section):

Conversion Chart.doc

Astronomy data HANDOUT.doc

physics standards.doc

Calc&Excel best-fit directions 2010.doc

 

Math & Chemistry Review:

SigFig&SciNot HW - day 1.doc

FactorLabelMethod&graph review-physics.doc

Day 2 Physics HW hints 2007.docCheck here for some answers & some hints for day 2 HW!

(also see the Calc&Excel best-fit directions 2010.doc ; we are doing ALL linear fits ONLY. Don’t try any of the other kinds of fits!)

Algebra&trig review.doc

Algebra&Trig answers for web.docCheck here for some answers & some hints for day 3 HW!

Algebra - Matrix&Graph.doc – we’ll go over this together in class!

 

Vectors: (see lab below)

Vectors Readme.doc

component method - new.doc – lecture notes (they’re not on the Schedules ppt)

component #9 vector hints.doc EMAIL ME if you need more help!

 

Speed & Velocity: (see labs below)

Speed & Velocity packet.doc

Speed & Velocity Notes.ppt – lecture notes (they’re not on the Schedules ppt)

Speed&Vel HW packet hints.doc Check here for some hints on the vectors minilab! (EMAIL ME if you need more!)

Speed-Vel chapter book asst.doc  

 

Labs:

Vectors Lab.doc

Vector Minilab Notes & Hints.docCheck here for some hints on the vectors minilab!

Locomotion MiniLab.doc

Domino Lab.doc

A lab handout for Speed.doc – Average Speed (official unit experiment)

Part a ) should be between 300 and 500 m/s written with 3 sig figs; Part b) should be between 50,000 and 90,000 m/s written with 2 sig fig

Average Speed pics & data section.doc

 

Test-Prep:

Study Guide for Unit 1 test.doc

Review vector asst set 1, 4E – 2A = 138 meters at 186 degrees (equilibrant is opposite; speed = 140 m / time; vel = 138 m / time at 186 degrees)

Review vector asst set 1, 2A – 4E

a)160 km

b)158 km @ N25°E

c) speed = 16.0 km/hr

d) vel = 15.8 km/hr @ N25°E

e) equil = 158 km @ S25°W OR 245°