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Lecture 22: WED 14 OCT

Lecture 22: WED 14 OCT

Physics2113 Jonathan Dowling. Lecture 22: WED 14 OCT. Exam 2: Review Session CH 24–27.3 & HW 05–07. Some links on exam stress: http://appl003.lsu.edu/ slas / cas.nsf /$Content/Stress+Management+Tip+1 http:// wso.williams.edu /orgs/ peerh /stress/ exams.html

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Forces and Motion Review

Forces and Motion Review

Game Board. Forces and Motion Review. Position and Motion Question 1. Answer. Describe the position of the teacher’s desk in relation to the door. Position and Motion Question 2. How can we determine the distance between two objects ? By looking at it By guessing By measuring it.

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Lecture 20R: MON 13 OCT

Lecture 20R: MON 13 OCT

Physics2113 Jonathan Dowling. Lecture 20R: MON 13 OCT. Exam 2: Review Session CH 23.1–9, 24.1–12, 25.1–6,8 26.1–9. Some links on exam stress: http://appl003.lsu.edu/slas/cas.nsf/$Content/Stress+Management+Tip+1 http://wso.williams.edu/orgs/peerh/stress/exams.html

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PHYS16 – Lecture 15

PHYS16 – Lecture 15

PHYS16 – Lecture 15. Ch. 7 Work and Energy. Ch. 7 Work and Energy. Mechanical Energy Potential Energy Kinetic Energy Work Constant Force → Dot Product Variable Force → Integral Work-Mechanical Energy theorem. Cheat Sheet. Mechanical Energy Potential Energy, Gravitational

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Lecture 18 FRI 27 FEB

Lecture 18 FRI 27 FEB

Physics2113 Jonathan Dowling. Lecture 18 FRI 27 FEB. Exam 2: Review Session CH 23, 24, 25 / HW 04, 05, 06. Some links on exam stress: http://appl003.lsu.edu/ slas / cas.nsf /$Content/Stress+Management+Tip+1 http:// wso.williams.edu /orgs/ peerh /stress/ exams.html

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PHYS16 – Lecture 15

PHYS16 – Lecture 15

PHYS16 – Lecture 15. Work and Energy October 13, 2010. Agenda. Administration Homework for Week 5 Exam What have we learned so far? What do we still need to know? Energy Mechanical Work. Description of Motion – What else do we need?. We have:

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ENERGY

ENERGY

ENERGY. ENERGY A BODY HAS BECAUSE OF ITS POSITION OR CONDITION. P.E.= E p = mgh. G .P.E. = weight x height. mv 2. KE. 2. KINETIC ENERGY ( E k ) = ½ mv 2. =. POTENTIAL ENERGY. ENERGY A BODY HAS BECAUSE OF ITS POSITION OR CONDITION. P.E.= E p = mgh. G .P.E. = weight x height.

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