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5: Recitation Energy and Momentum file:///Users/kinney/class/phys2010/web/Lab-Rec/rec/recitation_5.html Recitation 5: Energy and Momentum Your job is to challenge your TA and to think creatively about energy and momentum. Pre-Recitation Work: 0. read the book, and come in with questions for your TA. 1. Explain the Newton's cradle Note that when I swing one ball out, one ball gets knocked off. When I swing two balls, two get knocked off... Three yields three, four yields four (which is pretty darn amazing, frankly given that the balls overlap now). Impressively Energy and momentum conservation may help you think about this problem. 2.. Make up a problem of your own(SEE GUIDELINES BELOW), it should cover at least one of (preferably more): a. conservation of momentum b. inelastic collisions c. elastic collisions For your own problems: - Make sure that each problem contains at least THREE different representational in forms the proposition and solution (mathematical equations, graphs, schematics, free-body diagrams, motion diagrams, etc.) - DO NOT COPY QUESTIONS OUT OF THIS OR ANY OTHER BOOK though these might be useful in giving you ideas. - For each problem state what the problem is about (what concept) - Your problems should be designed to challenge your fellow students, but not be too hard to solve, because - You should solve your problem You will be graded on: - meeting the above guidelines - creativity - suitability (cover the concepts, and reasonable for college students) 1 of 2 3/15/04 1:06 PM Recitation 5: Energy and Momentum file:///Users/kinney/class/phys2010/web/Lab-Rec/rec/recitation_5.html - your (potential) presentation in class Recitation will include a variety of opportunities to play with demonstrations, cover homework problems, concept tests and material in the class. 2 of 2 3/15/04 1:06 PM
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Colorado >> PHYS >> 2010 (Fall, 2008)
Physics 2010 Formulae for Exam 2 - Spring 2004 x = x - x0 v = v - v0 x v= t t = t - t0 g = 9.80 m/s2 v a= t Formulae for Constant Acceleration in Two Dimensions (using t0 = 0) vx = v0x + ax t x = x0 + v0x t + 1 ax t2 2 x = x0 + 1 (v0x + vx )t 2 vx =...
Colorado >> PHYS >> 2010 (Fall, 2008)
2010 Lab 1: Motion and Gravity: aka floating on air In this you will be working with air tracks, messing about in a scientific way to discover some properties of motion, acceleration, and effects of gravity. Your first priority in any lab is safety. ...
Colorado >> PHYS >> 2010 (Fall, 2008)
CONCEPT TEST 06 -01 Albert Einstein lowers a book of mass m downward a distance h at constant speed v. The work done by a) the force of gravity is A Positive B Negative C 0 b) the force of Albert\'s hand is A Positive B c) the net force on the book i...
Colorado >> PHYS >> 2010 (Fall, 2008)
Schedule for Physics 2010: General Physics 1 Spring 2004 Version 2.2 Week 1 Lecture Date Mon 1/12 Tue 1/13 Wed 1/14 Thu 1/15 Fri 1/16 Mon 1/19 Tue 1/20 Wed 1/21 Thu 1/22 Fri 1/23 Mon 1/26 Tue 1/27 Wed 1/28 Thu 1/29 Fri 1/30 Mon 2/2 Mon 2/2 Tue 2/3 TU...
Colorado >> PHYS >> 2010 (Fall, 2008)
Recitation 6: Torque / Statics and Review file:/Users/kinney/class/phys2010/web/Lab-Rec/rec/recitation_7.html Recitation 7: Oscillations and Waves I. Oscillations Review the basic concepts of simple harmonic motion and its description with sine and...
Colorado >> PHYS >> 2010 (Fall, 2008)
Lab II: Physicists Can Fix Anything Physics 2010 Spring 2003 You have come across an old grandfather clock that someone has discarded. It has a big brass pendulum that swings back and forth every second, making the clock tick forward once per swing. ...
Colorado >> PHYS >> 2010 (Fall, 2008)
Links between Exam 2 Problems, CAPA and Concept Tests PHYS2010 Spring 2004 Multiple Choice Problems (version 1111) Subject 1. Average speed 2. Reading x vs t plots 3. F = ma 4. Const accel. Formula Set 5-2, for example 5. Apparent weight 6, 7. 2D Ve...
Colorado >> PHYS >> 11 (Fall, 2009)
CONCEPT TEST 11 - 01 The graph below shows a snapshot of a wave form on a string which is traveling to the right. There is a bit of paint on the string at the point P. At the instant shown, the velocity of the paint point P has direction: CONCEPT T...
Colorado >> PHYS >> 2010 (Fall, 2008)
Lab 5: Density, Dollars, and Detection Congratulations! You\'re a secret agent working for justice, truth, freedom and peace. You find yourself attempting to avoid the clutches of the evil Dr. Evil (no relation to any of your professors). You want to ...
Colorado >> PHYS >> 2010 (Fall, 2008)
Recitation 2 file:/Users/kinney/class/phys2010/web/Lab-Rec/rec/recitation_2.html Recitation 2: 1-D Acceleration / Group Problem Solving Recitation will occur in two portions this week. The first part of recitation will be spent thinking about 1 dim...
Colorado >> PHYS >> 2010 (Fall, 2008)
6.1 Physics 2010 Organ Recital Experiment 6 Congratulations! You\'ve just won yourself an audition at the world famous Juilliard School of Music. Of course, you\'ll be playing your favorite instrument, the organ. Unfortunately, shortly before your aud...
Colorado >> MCDB >> 3150 (Fall, 2008)
The background is a photomicrograph of elongated cdc2ts mutant cells that have been complemented by the human CDC2 gene. This was an important experiment in the work to understand cell cycle control. Cyclin dependent kinases play a major regulatory r...
Colorado >> PHYS >> 1230 (Fall, 2008)
Physics 1230: Light and Color Chapter 4 M. Goldman The Camera and Photography Using what we have learned about lenses and ray-tracing to understand: Cameras with lenses versus pinhole cameras Focusing, depth of focus and depth of field Telephoto...
Colorado >> PHYS >> 3070 (Fall, 2008)
PHYS/ENVS 3070 Homework Assignment #10: Problem #1. Assume that the total coal proved reserves of the world are eventually burned and that 50% of the resulting CO2 is added to the atmosphere. Estimate the resulting increase in concentration of CO2 in...
Colorado >> PHYS >> 3070 (Fall, 2008)
PHYS/ENVS 3070 Homework Assignment #10: Problem #1. Assume that the total coal proved reserves of the world are eventually burned and that 50% of the resulting CO2 is added to the atmosphere. Estimate the resulting increase in concentration of CO2 in...
Colorado >> ECON >> 4211 (Fall, 2008)
Econ 4211 Fall 2008 Homework Assignment 6 Due Fri Dec 5 November 19, 2008 Problem 1 A businessmen consumes all his earned income. His utility is u (R, C) = R3/4 C 1/4 , where R is leisure in hours and C is consumption in dollars, so MRSR,C (R, C) = 3...
Colorado >> ECON >> 7050 (Fall, 2008)
ECON 7050 HW 4 Due Wednesday November 5 November 10, 2008 Problem 1 MWG 6.C.17 Problem 2 Consider and exchange Arrow-Debreu economy with two risk averse individuals (whose preferences over lotteries satisfy the vNM axioms), one commodity and two stat...
Colorado >> IR >> 2 (Fall, 2009)
SOARS Self Organizing Aerial Reconnaissance System Interim Review #2 ASEN 4028: Senior Projects II 3/7/06 Professor Dale Lawrence Professor James Maslanik Arseny Dolgov Nick Driver Galina Dvorkina Kevin Eberhart Matt Edwards Johnny Jannetto Eric Ko...
Colorado >> IR >> 2 (Fall, 2009)
VITL 12 March 2007 VITL Interim Review 2 (IR #2) Monday, March 12, 2007 ASEN 4028 Team Members: Ryan Hickman, Chris Homolac, Jen Krupp, Kyle Ligon, Heather Love, Alex Paulson, Kathryn Rash, Veronica Vertucci Advisors: Prof. Dale Lawrence and Prof. ...
Colorado >> IR >> 1 (Fall, 2009)
DIABLO De-rotated Imager of the Aurora Borealis in Low-Earth Orbit Interim Review 1 Nicole Demandante Laura Fisher Jason Gabbert Lisa Hewitt Lang Kenney Nick Pulaski Matt Sandoval Tim Sullivan Advisors: Alex Hoehn Joe Footdale 1 Agenda Resolution ...
Colorado >> ASSIGNMENT >> 6 (Fall, 2009)
Owen Hnath 351-336 12.13.2007 Final Image Assignment: Team Project 3 As a result of our trials with a Schlieren setup during assignment 2, we approached this last project with experience and determination. A new experimental location provided us with...
Stevens >> ME >> 598 (Fall, 2009)
Path and Trajectory Planning ME 598A: Introduction to Robotics Spring 2009 ME 598A: INTRODUCTION TO ROBOTICS Path and Trajectory Planning Homework 2 Solutions ME 598A: INTRODUCTION TO ROBOTICS Path and Trajectory Planning 1 Review: Jacobian ME ...
Stevens >> ME >> 598 (Fall, 2009)
An Introduction to Manipulators ME 598A: Introduction to Robotics Spring 2009 * Most slides courtesy of Jonathan Fiene, University of Pennsylvania ME 598A: INTRODUCTION TO ROBOTICS Introduction to Manipulators Manipulator Basics ME 598A: INTRODUC...
Stevens >> MGT >> 682 (Fall, 2009)
Basics of Supply Chain Management 1 Definitions 2 What Is the Supply Chain? Also referred to as the logistics network Suppliers, manufacturers, warehouses, distribution centers and retail outlets facilities Suppliers Manufacturers Warehouses& ...
Stevens >> MGT >> 682 (Fall, 2009)
Marketing and Sales Roles in the Pharmaceutical Industry 1 MARKETING 2 The Marketing Concept - Key Principles It is easier to change the products and services of the individual manufacturer to fit the needs of the market than it is to convince t...
Stevens >> MT >> 650 (Fall, 2009)
The Science and Technology of Orthopaedic Implants Dr. Marc Long Stryker Orthopaedics Mahwah, New Jersey Biographical Sketch After graduating from ENSAM in Paris, France with an Engineering Degree in Mechanical Engineering, Marc moved across the ...
Stevens >> MT >> 650 (Fall, 2009)
Elements of Cellular Microbiology 2 LECTURE 2 (Feb. 2): Common device-associated pathogens. An overview of the relevant biological properties of bacteria and fungi associated with device infections. ...
Stevens >> MT >> 650 (Fall, 2009)
The use of biological agents to control biofilms Daniel Kadouri, UMDNJ Biographical Sketch: Daniel Kadouri received a Bachelor of Science degree in Biology and Agriculture from the Hebrew University of Jerusalem in 1996, a Master of Science degre...
Stevens >> PROCESSED >> 12 (Fall, 2009)
1KX - 20 MICRONS CALIBRATION : 8.9 PIXELS/MICRON .11236 MICRONS/PIXEL 3 PIXELS AREA = 0.037874 MICRONS^2 4 PIXELS AREA = 0.050499 MICRONS^2 DETERMINED FROM IMAGE: 3 PIXELS BETWEEN INTERVAL OF: (.037600, 0.038400) 100X - 200 MICRONS CALIBRATION ...
Stevens >> E >> 344 (Fall, 2009)
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Stevens >> E >> 321 (Fall, 2009)
The Sn-Bi Equilibrium Phase Diagram Assessment Performance Criteria The student will be able to: 1. use a phase diagram to design different microstructures and relate those microstructures to properties required for particular applications. 2. determ...
Stevens >> E >> 321 (Fall, 2009)
Thermo-Mechanical Processing of Aluminum Assessment Performance Criteria The student will be able to: 1. relate the increase in hardness due to cold rolling to the appropriate features on a stress-strain diagram. 2. describe the basic principles unde...
Stevens >> E >> 321 (Fall, 2009)
Department of Chemical, Biomedical, and Materials Engineering Heat Treatment of Steel Engineering Design V E 321 Module 09 Engineering Design E321 Stevens Institute of Technology Module 09 Department of Chemical, Biomedical, and Materials Engin...
Stevens >> E >> 321 (Fall, 2009)
Department of Chemical, Biomedical and Materials Engineering Corrosion and Electrodeposition Engineering Design V E 321 Module 2 Engineering Design E321 Stevens Institute of Technology Module 2 Department of Chemical, Biomedical and Materials E...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Spring 2007 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant:...
Stevens >> E >> 344 (Fall, 2009)
...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING FAll 2006 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant: M...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING SUMMER 2006 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant:...
Stevens >> E >> 344 (Fall, 2009)
E-344 Summer 2004 Midterm Exam 15 June, 2004 Honor Pledge: Name: _ ID#: _ _ Use the backs of the pages if you need more space. Clearly label any work there with an appropriate question number. 1. (14 pts) (a) The atomic number of the element sodium...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING FAll 2007 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant: M...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Spring 2009 Instructor: Prof. Matthew R. Libera Dept. of Chemical Engineering and Materials Science Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant: Mr. ...
Stevens >> E >> 344 (Fall, 2009)
...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING SUMMER 2004 Instructors: Prof. Traugott Fischer Dept. of Chemical, Biomedical, and Materials Engineering Room: B-426 Phone: 216-5256 e-mail: tfischer@stevens.edu Prof. Matthew R. Libera Dept. of Chemical, Biomedi...
Stevens >> E >> 344 (Fall, 2009)
E-344 Spring 2004 Quiz 2 25 March, 2004 Honor Pledge: Name: _ ID#: _ _ Use the backs of the pages if you need more space. Clearly label any work there with an appropriate question number. 1. (10 points - 4.9) Suppose an insulating piece of pure SiO...
Stevens >> E >> 344 (Fall, 2009)
E-344 Spring 2004 Quiz 1 19 February, 2004 Honor Pledge: Name: _ ID#: _ _ Use the backs of the pages if you need more space. Clearly label any work there with an appropriate question number. 1. (7 pts) A. Draw a BCC unit cell. (7 pts) B. On this c...
Stevens >> E >> 344 (Fall, 2009)
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Stevens >> E >> 344 (Fall, 2009)
Table of Contents Section I The Four Major Classes of Engineering Materials 2 - Atomic Structure and Bonding Performance Criteria 2.1 The Planetary Model of an Atom 2.2 The Wave Model of Electrons in an Atom 2.3 The Energies of Electrons in Atoms Vi...
Stevens >> E >> 344 (Fall, 2009)
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Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Fall 2008 Instructor: Prof. Matthew R. Libera Dept. of Chemical Engineering and Materials Science Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant: Ms. Ev...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Spring 2008 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant:...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Summer 2008 Instructor: Prof. Matthew R. Libera Dept. of Chemical Engineering and Materials Science Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Primary Teaching Assistant: Ms. ...
Stevens >> E >> 344 (Fall, 2009)
...
Stevens >> E >> 344 (Fall, 2009)
E-344 spring 2004 Quiz 3 13 April, 2004 Name: _ ID#: _ Honor Pledge: Use the backs of the pages if you need more space. Clearly label any work there with an appropriate question number. 1. 40 points w/ partial credit. The Sn-Pb phase diagram is gi...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING SPRING 2004 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 in the Burchard basement Phone: 216-5259 e-mail: mlibera@stevens.edu Mr. Jay Yu 216-8309 jyu@st...
Stevens >> E >> 344 (Fall, 2009)
FACT SHEET E-344 MATERIALS PROCESSING Summer 2007 Instructor: Prof. Matthew R. Libera Dept. of Chemical, Biomedical, and Materials Engineering Room: B-010 (Burchard basement) Phone: 201-216-5259 e-mail: mlibera@stevens.edu Teaching Assistants: Ms. Ju...
Stevens >> ASEE >> 2008 (Fall, 2009)
BUILD IT NSF ESI-0624709 Building Middle and High School Students\' Understanding of Engineering, Science and IT Through Underwater Robotics Beth McGrath, Susan Lowes, Peiyi Lin, Jason Sayres, Liesl Hotaling, R. Stolkin Copyright 2008 Stevens Insti...
Stevens >> E >> 344 (Fall, 2009)
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Stevens >> E >> 344 (Fall, 2009)
E-344 Fall 2006 Test 2 30 November, 2006 Honor Pledge: Name: _ ID#: _ _ This test has 6 problems over 9 pages. Please confirm that your test contains all 6 problems. Use the backs of the pages if you need more space. Clearly label any work there wi...
Stevens >> PS >> 344 (Fall, 2009)
3-10 3.9 This problem asks for us to calculate the radius of a tantalum atom. For BCC, n = 2 atoms/unit cell, and 4 R 3 64 R 3 VC = = 3 3 3 Since, from Equation 3.5 = nATa VC N A = nATa 64 R 3 3 3 N A and solving for R the previous e...
Stevens >> PS >> 344 (Fall, 2009)
14-11 Molecular Shape 14.9 This problem first of all asks for us to calculate, using Equation 14.11, the average total chain length, L, for a linear polyethylene polymer having a number-average molecular weight of 300,000 g/mol. It is necessary to c...
Stevens >> PS >> 344 (Fall, 2009)
6-5 Stress-Strain Behavior 6.3 This problem calls for us to calculate the elastic strain that results for a copper specimen stressed in tension. The cross-sectional area is just (15.2 mm) x (19.1 mm) = 290 mm2 (= 2.90 x 10-4 m2 = 0.45 in.2); also, t...
Stevens >> PS >> 344 (Fall, 2009)
2-8 2.8 The K+ ion is just a potassium atom that has lost one electron; therefore, it has an electron configuration the same as argon (Figure 2.6). The I- ion is a iodine atom that has acquired one extra electron; therefore, it has an electron confi...
Stevens >> E >> 344 (Fall, 2009)
...
Stevens >> PS >> 344 (Fall, 2009)
9-11 9.9 It is possible to have a Cu-Ag alloy, which at equilibrium consists of a phase of composition 92 wt% Ag-8 wt% Cu and a liquid phase of composition 77 wt% Ag-23 wt% Cu. From Figure 9.7 a horizontal tie line can be constructed across the + ...
Stevens >> PS >> 344 (Fall, 2009)
7-41 7.35 During cold-working, the grain structure of the metal has been distorted to accommodate the deformation. Recrystallization produces grains that are equiaxed and smaller than the parent grains. Excerpts from this work may be reproduced b...
Stevens >> E >> 344 (Fall, 2009)
E-344 Fall 2006 Quiz 1 19 October, 2006 Honor Pledge: Name: _ ID#: _ _ Use the backs of the pages if you need more space. Clearly label any work there with an appropriate question number. 1. (15 points) - Potassium (K) has an atomic number of 19. -...
Stevens >> E >> 344 (Fall, 2009)
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Stevens >> PS >> 344 (Fall, 2009)
4-37 Interfacial Defects 4.27 The surface energy for a crystallographic plane will depend on its packing density [i.e., the planar density (Section 3.11)]that is, the higher the packing density, the greater the number of nearest-neighbor atoms, and ...
Stevens >> PS >> 344 (Fall, 2009)
Problem Set 4 Due: Tuesday, 3 October, 2006 at beginning of lecture * On the solution set you submit, please: 1. staple multiple pages together; and 2. legibly (e.g. print) write your name and 4-digit ID number. Papers without this information will b...
Stevens >> PS >> 344 (Fall, 2009)
Problem Set 5 Due: Tuesday, 17 October, 2006 at beginning of lecture * On the solution set you submit, please: 1. staple multiple pages together; and 2. legibly (e.g. print) write your name and 4-digit ID number. Papers without this information will ...
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