'Mv 2' presentation slideshows

Trip to Mars

840 views • 62 slides

topic here

topic here. Gravity. Centripetal Force. Circular Motion. Roller Coasters. Physics is Phun!. Gravity. Centripetal. Circular. Coasters. Physics is Phun!. 5 pt. 5 pt. 5 pt. 5 pt. 5 pt. 10 pt. 10 pt. 10 pt. 10 pt. 10 pt. 15 pt. 15 pt. 15 pt. 15 pt. 15 pt. 20 pt. 20 pt.

717 views • 58 slides

Wave Nature of Matter

966 views • 52 slides

Vector, Scalar and Units Review

Vector, Scalar and Units Review. Vector vs. Scalar. Definitions: Vectors are any quantity in physics that can be characterized by both its magnitude and direction. Scalars are any quantity in physics that can be characterized by magnitude only. What is Magnitude?.

535 views • 43 slides

FIELDS

736 views • 41 slides

Circular Motion

487 views • 37 slides

Circular Motion

Circular Motion. Rotating Turning about an internal axis Revolving Turning about an external axis. Linear speed, v How far you go in a certain amount of time Miles per hour, meters per second Rotational speed, w How many times you go around in a certain amount of time

668 views • 31 slides

Lecture 13

547 views • 30 slides

Do now!

354 views • 29 slides

PHYS40422: Applied Nuclear Physics Paul Campbell Room 4.11 Paul.Campbell-3@manchester.ac.uk

PHYS40422: Applied Nuclear Physics Paul Campbell Room 4.11 Paul.Campbell-3@manchester.ac.uk. Interaction of Radiation with Matter Radiation Detection Biological Effects of Radiation Applications of Nuclear Techniques Nuclear Fission Nuclear Fusion.

486 views • 23 slides

Chapter 9.6

http://www.youtube.com/watch?v=6uuwbRPWnWU&feature=related. Chapter 9.6. Work-Energy Theorem. http://www.veoh.com/browse/videos/category/entertainment/watch/v70742516sqFsJS2#. http://www.gcse.com/fm/braking_distance_answer.htm. 9.6 Work-Energy Theorem.

266 views • 18 slides

5-2 Notes

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CH 5 Lecture

CH 5 Lecture. FORCE. DISTANCE. WORK =. The two requirements: 1. 2. Something must move. Force must be in same direction as movement. Joules. The unit to measure work is ___________. Example: How much work is done if the guy pushes with 40 N to

199 views • 14 slides

Vermont Genetics Network Outreach Proteomics Module

Vermont Genetics Network Outreach Proteomics Module. Protein Mass Spectrometry: Theory and Application Prepared by Bryan A. Ballif , Ph.D. Two Essential Partner Tools in Proteomics. Gel Electrophoresis. Mass Spectrometry. First Things First -- Know Your Goal !.

257 views • 14 slides

A Virus Scanning Engine Using a Parallel Finite-Input Memory Machine and MPUs

A Virus Scanning Engine Using a Parallel Finite-Input Memory Machine and MPUs. Author : Hiroki Nakahara, Tsutomu Sasao, Munehiro Matsuura, and Yoshifumi Kawamura Publisher: The International Conference on Field Programmable Logic and Applications (FPL) 2009 Presenter: Han-Chen Chen Date:

248 views • 14 slides

278 views • 14 slides

Problem 31

Problem 31. Find the moments of inertia about the x & y axes: m = 1.8 kg, M = 3.1 kg. Problem 40. m each blade = 160 kg . Moment of inertia I ? Starts from rest, torque ? to get ? = 5 rev/s ( 10 ? rad/s ) in t = 8 s ?. Example 8-11. M = 4 kg, F T = 15 N

688 views • 12 slides

Calculate the Tension:

348 views • 11 slides

Chapter 7 Gravity

337 views • 10 slides

What do you need to know to determine how fast a car can go through a curve without slipping?

What do you need to know to determine how fast a car can go through a curve without slipping?. What do you need to know to determine how fast a car can go through a curve without slipping?. Radius of curve Coefficient of friction. What are the conditions for maximum speed?.

162 views • 7 slides