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Rutgers - PHYSICS - 205
Geometric OpticsObjective: To study the basics of geometric optics and to observe the function of some simple and compound optical devices. Apparatus: Pasco optical bench, mounted lenses (f= +100mm, +200mm, -150mm), concave/convex mirror, mounted h
Rutgers - PHYSICS - 205
Light Wave InterferenceObjective: To see how light waves interfere constructively and destructively. To observe interference and diffraction. To measure small apertures or objects from their diffraction patterns. Apparatus: Lasers (red; green, dire
Stanford - E - 145
E145 2007Session 10 ABCs of Venture Teams + Group Dynamics ExerciseTom Byers Stanford UniversityCopyright 2007 by the Board of Trustees of the Leland Stanford Junior University and Stanford Technology Ventures Program (STVP). This document may b
Rutgers - PHYSICS - 205
Newton's Laws IObjective: To investigate, qualitatively and quantitatively, the motion of an object when acted upon by external forces. Apparatus: Motion sensor, force sensor (2), Pasco track, Pasco cart, hanging masses w/built-in hooks (2), short
Stanford - E - 145
What Can We Learn From SolidWorks Case?Tom ByersCopyright 20071ABCs of FinancingA. Amount of Cash Needed and PurposeB. Sources of CapitalC. Deal Structure and Terms2SolidWorks TakeAwaysThe pursuit of opportunity includes assembling a
Stanford - E - 145
Barbara Arneson Case Worksheet Engineering 145, Professor Byers BioGene(Public)InterWeb(Startup) 60,000 $0.10 4 years N/A N/A 118.6 0.051% N/A N/A N/A N/AThe Offers - 2006Number of Options Exercise Price (Cost of Options) Vesting Period Net In
Rutgers - PHYSICS - 205
Electromagnetic Induction: Faraday's Law OBJECTIVE: To understand how changing magnetic fields can produce electric currents. To examine Lenz's Law and the derivative form of Faraday's Law. EQUIPMENT: Circular Coils apparatus, PC sound card, FFTScope
Stanford - E - 145
Deliverables Summary Technology Entrepreneurship, Engineering 145 Winter Quarter, 2007 Stanford University Session # 2 3 4 5 6 7 Due Date Jan 11 Jan 16 Jan 18 Jan 23 Jan 25 Jan 30 Assignment Opportunity Assessment Project (OAP): Team Formation Team E
Stanford - E - 145
E145/STS173 Workshop A The Case Method and Basics of AccountingProfessors Tom Byers and Randy Komisar Stanford UniversityCopyright 2007 by the Board of Trustees of the Leland Stanford Junior University and Stanford Technology Ventures Program (ST
Stanford - E - 145
E145 Workshop B Staged Venture FinancingPresented by Eric Carr (with Thanks to Professor Tom Byers) Stanford UniversitySpecial Thanks to Scott Bowie and Mike Rosenbluth, Past E145 TAsCopyright 2007 by the Board of Trustees of the Leland Stanford
Rutgers - PHYSICS - 205
RLC Circuits Building An AM Radio(Left) An AM radio station antenna tower; (Right) A circuit that tunes for AM frequencies. You will build this circuit in lab to receive AM transmissions from towers such as the one on the left. Objective: To under
Rutgers - PHYSICS - 205
1 Probing Atomic Crystals: Bragg DiffractionOBJECTIVE: To learn how scientists probe the structure of solids, using a scaled-up version of X-ray Diffraction. APPARATUS: Steel ball "crystal", microwave transmitter & receiver, goniometer (angle measu
Stanford - E - 145
HighTechnologyEntrepreneurship Session20 ClassSummaryProfessorsTomByersandRandyKomisar StanfordUniversityE145/STS173Copyright2005bytheBoardofTrusteesoftheLelandStanfordJuniorUniversityandStanford TechnologyVenturesProgram(STVP).Thisdocumentmaybe
Stanford - E - 145
E145/STS173 Session #11 Professor Byers SolidWorks Capitalization ("Cap Table") and the Power of Multi-stage Financing General Assumptions:1. $4.5 Million of venture capital is needed 2. The stock price is $1 per share for first round (note: arbitra
Rutgers - PHYSICS - 205
Elementary ParticlesObjective: To learn about the classifications of elementary particles. To reinforce the concept of equivalence of matter and energy. To apply the principle of conservation of momentum on Fermilab data to calculate the mass of th
Rutgers - PHYSICS - 205
RLC Circuits Building An AM Radio(Left) An AM radio station antenna tower; (Right) A circuit that tunes for AM frequencies. You will build this circuit in lab to receive AM transmissions from towers such as the one on the left. Objective: To under
Rutgers - PHYSICS - 205
Steve, Thanks for that account; it's ironic that I'm catching up with Eric after his death and only through you, a total stranger just a few hours ago. I suck. In any case, I am grateful that you are filling me in on the missing years. What a mess th
Rutgers - PHYSICS - 205
Light Wave InterferenceObjective: To see how light waves interfere constructively and destructively. To observe interference and diffraction. To measure small apertures or objects from their diffraction patterns. Apparatus: Laser, slides (single-sl
Rutgers - PHYSICS - 205
Thermodynamics Objective: To investigate the zeroth and first laws of thermodynamics. To calculate properties such as specific heat. To investigate the ideal gas law. To become familiar with basic P-V diagrams. Apparatus: Ideal Gas bulb with attached
Rutgers - PHYSICS - 205
Review of Vectors; Introduction to Measurement and UncertaintyObjective: To learn how to use vectors in real life. To learn about experimental uncertainty, and to distinguish between precision and accuracy. Apparatus: (Vectors) GPS receiver, pen, n
Wyoming - A - 2310
COURSE DESCRIPTION A2310, GENERAL ASTRONOMY Spring 2009Lecture: Tue. Thr. 9:35 10:50 am, Eng. 4066 Discussion: W. 2:10 3:00 pm, CR 115 Laboratory: Thurs. 3:10 5:00 pm, PS132 Instructor:Professor: Office: Office Hours: Phone: Email: TA: Office:
Rutgers - PHYSICS - 205
8/07Radiation Detection and ShieldingABSORPTION OF BETA AND GAMMA RADIATIONThe purpose of this experiment is to understand the interaction of radiation and matter, and the application to radiation detection and shielding Apparatus:137Cs sourc
Rutgers - PHYSICS - 205
DC CircuitsObjective: To learn how to build and run an electrical circuit. To measure current and voltage anywhere in the circuit. To determine the relationships between Current, Voltage and Resistance. To learn Kirchoff's Rules Apparatus: SnapCirc
Rutgers - PHYSICS - 205
Elementary ParticlesObjective: To learn about the classifications of elementary particles. To reinforce the concept of equivalence of matter and energy. To apply the principle of conservation of momentum on Fermilab data to calculate the mass of th
Rutgers - PHYSICS - 205
GEOMETRIC OPTICSObjective: To study the basics of geometric optics and to observe the function of some simple and compound optical instruments. Apparatus: Optical bench, lenses, concave mirror, small projection screen & paper, light source with pro
Rutgers - PHYSICS - 205
Light Wave InterferenceObjective: To see how light waves interfere constructively and destructively. To observe interference and diffraction. To measure small apertures or objects from their diffraction patterns. Apparatus: Laser, slides (single-sl
Rutgers - PHYSICS - 205
Light Wave InterferenceObjective: To see how light waves interfere constructively and destructively. To observe interference and diffraction. To measure small apertures or objects from their diffraction patterns. Apparatus: Laser, slides (single-sl
Rutgers - PHYSICS - 205
LAB 4: MAGNETISMForce on a magnet due to a current carrying wire In this lab you will investigate the interaction between a permanent magnet and a current carrying wire. You have a horseshoe magnet whose poles are known (Red: North, White:South), a
Rutgers - PHYSICS - 205
Normal Modes Objective: To investigate the behavior of a mechanical system Apparatus: Vibrating Strip apparatus, small foam pads (2), small aluminum block (1), Read/Drive cable patch panel, PC sound card interface, speakers, FFTScope software, cables
Rutgers - PHYSICS - 205
RLC Circuits Building An AM Radio(Left) An AM radio station antenna tower; (Right) A circuit that tunes for AM frequencies. You will build this circuit in lab to receive AM transmissions from towers such as the one on the left.Objective: To unde
Rutgers - PHYSICS - 205
RADIOACTIVE DECAYPurpose: To examine the exponential decay associated with a short-lived radioactive source, and determine its half-life. To observe the Gaussian (bell-shaped) curve from the counting statistics of a long-lived radioactive source. A
Rutgers - PHYSICS - 205
Special RelativityFermilab National Accelerator Laboratory. On the left is the aerial view, showing two rings: the smaller ring is called the Main Injector, part of a series of accelerators that speed particles to very high speeds (and energies); t
Wyoming - A - 2310
Astr 2310 Tues. Feb. 10, 2009 Today's Topics Chapter 3: Dynamics of the Earth Physical Properties of Earth Interior, Surface, Magnetic Field, and Atmosphere Evidence for Global Warming Physical Properties of the Moon Surface Features, Inte
Rutgers - PHYSICS - 205
Electrostatics: Coulomb's LawObjective: To learn how excess charge is created and transferred. To measure the electrostatic force between two objects as a function of their electrical charges and their separation distance. Apparatus: Copper sphere
Wyoming - A - 2310
Astr 2310 Tues. Feb. 16, 2009 Today's Topics Chapter 5: The Terrestrial Planets Mercury Physical Properties Surface Features Interior Origin Physical Properties Surface Features and Atmosphere Interior Origin Physical Properties Surface
Wyoming - A - 2310
Astr 2310 Thurs. Feb. 19, 2009 Todays Topics Chapter 5: The Jovian Planets Jupiter Physical Properties Atmospheric Features Interior Origin Physical Properties Atmospheric Features Interior Origin Physical Properties Atmospheric Fea
Wyoming - A - 2310
Astr 2310 Tues. March 31, 2009 Today's Topics Chapter 11: Stars: Distances and Magnitudes Distances to Stars Trigonometric Parallax Other Geometrical Techniques Stellar Magnitude Scale Apparent Magnitudes Absolute Magnitudes and Distance
Wyoming - A - 2310
Astr 2310 Tues. March 31, 2009 Today's Topics Chapter 11: Stars: Distances and Magnitudes Distances to Stars Trigonometric Parallax Other Geometrical Techniques Stellar Magnitude Scale Apparent Magnitudes Absolute Magnitudes and Distance
Wyoming - A - 2310
Astr 2310 Thurs. April 2, 2009 Today's Topics Chapter 12: Stars: Binary Stars Determination of Stellar Properties vi Binary Stars Classification of Binary Stars Visual Binaries Both stars visible Only one star visible Spectroscopic Binaries
Wyoming - A - 2310
Astr 2310 Thurs. April 2, 2009 Todays Topics Chapter 12: Stars: Binary Stars Determination of Stellar Properties vi Binary Stars Classification of Binary Stars Visual Binaries Both stars visible Only one star visible Spectroscopic Binaries
Wyoming - A - 2310
Astr 2310 Tues. April 14, 2009 Today's Topics Chapter 15: The Interstellar Medium and Star Formation Interstellar Dust and Dark Nebulae Interstellar Dust Dark Nebulae Interstellar Reddening Interstellar Polarization Reflection Nebu
Wyoming - A - 2310
Astr 2310 Thurs. April 17, 2009 Todays Topics Chapter 16: The Evolution of Stars Physical Laws of Stellar Structure Hydrostatic Equilibrium Equation of State Energy Transport (Radiative Transfer) Energy Sources Theoretical Stellar Models Phy
Wyoming - A - 2310
Astr 2310 Thurs. April 17, 2009 Today's Topics Chapter 16: The Evolution of Stars Physical Laws of Stellar Structure Hydrostatic Equilibrium Equation of State Energy Transport (Radiative Transfer) Energy Sources Theoretical Stellar Models Ph
Wyoming - A - 2310
Astr 2310 Thurs. April 17, 2009 Today's Topics Chapter 16 cont.: The Evolution of Stars Stellar Evolution cont. Evolution off the Main Sequence Massive Star Chemical Composition and Evolution H-R Diagrams of Star Clusters Synthesis of Heavy
Wyoming - A - 2310
Astr 2310 Thurs. April 17, 2009 Today's Topics Chapter 16 cont.: The Evolution of Stars Stellar Evolution cont. Evolution off the Main Sequence Massive Star Chemical Composition and Evolution H-R Diagrams of Star Clusters Synthesis of Heavy
Wyoming - A - 2310
Astr 2310 Thurs. April 22, 2009 Todays Topics Chapter 14, 19, 20: Our Galaxy the Milky Way General Properties Stellar Content Gaseous Content Primary Constituents Halo Stellar Ages and Metallicities Globular Star Clusters Stellar Distributio
Wyoming - A - 2310
Astr 2310 Thurs. April 22, 2009 Todays Topics Chapter 14, 19, 20: Our Galaxy the Milky Way General Properties Stellar Content Gaseous Content Primary Constituents Halo Stellar Ages and Metallicities Globular Star Clusters Stellar Distributio
Wyoming - A - 2310
Astr 2310 Tues. April 28, 2009 Today's Topics Chapter 21: Galaxies Beyond the Milky Way General Properties Classification Photometric Properties Spectral Properties Radio 21-cm Emission Radio Continuum Emission Dust Emission PAH Emission Super
Wyoming - A - 2310
Astr 2310 Tues. April 28, 2009 Today's Topics Chapter 21: Galaxies Beyond the Milky Way General Properties Classification Photometric Properties Spectral Properties Radio 21-cm Emission Radio Continuum Emission Dust Emission PAH Emission Super
Wyoming - A - 2310
Astr 2310 Thurs. April 30, 2009 Today's Topics Chapter 24: Active Galaxies and Quasars Emission Mechanisms Synchrotron RadiationStarburst Galaxies Active Galactic Nuclei Seyfert Galaxies BL Lac Galaxies Radio Galaxies Emission Line Characte
Wyoming - A - 2310
Astr 2310 Thurs. April 30, 2009 Today's Topics Chapter 24: Active Galaxies and Quasars Emission Mechanisms Synchrotron RadiationStarburst Galaxies Active Galactic Nuclei Seyfert Galaxies BL Lac Galaxies Radio Galaxies Emission Line Characte
Minnesota - D - 4344
BILL GATES AND HIS ELEVEN RULES. However you view Bill Gates, monopolist or genius, he sure hits the nail on the head with this! To anyone with kids of any age, or anyone who has ever been a kid, here's some advice Bill Gates recently dished out at a
Minnesota - D - 4344
student 1 2 3 4 5 6 7 8 9 10 totalheight 5 5.7 6 6 6.3 5.5 6.8 5 5 6weighthair color 110 yello 112 black 100 brown 97 black 95 brown 160 red 200 yello 160 yello 110 black 99 silver
Minnesota - D - 4344
Community Science (20pts) Science resources abound in your community! The local university and schools, volunteer professionals, museum, zoo, recycling center, mall, grocery store, and even your house can bring science to life for your students. Reac
Minnesota - D - 4344
Invention Contest (30pts)March.6thRationaleBy developing hand tools, you are able to: 1) understand the guided inquiry-based teaching method; 2) understand the scientific principles of how tools work; 3) work with hand tools; 4) think creatively
Minnesota - D - 4344
Presentation Sign Sheet (Section 1)Please write your name or your group members' names (two in a group).Date Science Field Physical Science K-2 Physical Science 3-5 Group1 Presenters2/6 (Mon)Group 2 Group 32/8 (Wed)Group 4 Group 5Life Sci
Minnesota - D - 4344
ElEd 4344 Teaching Science and Environmental Education 1849937 2719308 2712871 2371933 2384760 2713034 2675895 2498237 2674973 2658167 2577823 2377544 2664955 2779270 2899793 2498581 Albright,Thomas Hursh Conway,Jennifer Ann Cottingham,Elisa Christin
Minnesota - D - 4344
Kala, Ann, Ellen, Karruyna Forever Young Invention Log: Ideas: 1. To make a gel pillow. The pillow would be comfortable, relaxing, and could be warm or cold. 2. To make a stroller on skies. It would make it easier on the person pushing the stroller i
Minnesota - D - 4344
Hi the wonderful science fun party planners, Wow, it was so awesome! All the parties were thoughtful, meaningful, and so much fun! For the Thrift Store Shin-Dig, it was a little bit tough for me to think about how to wear with the clothes that I thre
Minnesota - D - 4344
Ho! Ho! Ho! [Chorus] Noodles, jump on it, jump on it, jump on it. Master B., jump on it, jump on it, jump on it. Wanda, jump on it, jump on it, jump on it. Wonder Justin, jump on it, jump on it, wowowowowowowowowo! Ahungahungahungahunga [Big