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265 Test PHYSICS #3 6 May 1997 Name: Section: Part A. Choose the best answer from those given. (5 points each) 1. Brewster's angle is the angle 2 a) of reflection off the surface of beer. 2 b) at which total internal reflection occurs. 2 c) at which reflected light is completely polarized. 2 d) between E and B in an electromagnetic wave. 2 e) none of these. 2. The frequency of microwaves with wavelength = 12 cm...
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265
Test PHYSICS #3 6 May 1997 Name: Section:
Part A. Choose the best answer from those given. (5 points each) 1. Brewster's angle is the angle 2 a) of reflection off the surface of beer. 2 b) at which total internal reflection occurs. 2 c) at which reflected light is completely polarized. 2 d) ...
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Penn State - PHYS - 251
PHYSICS 265Test #3 6 May 1997 Name: Section:Part A. Choose the best answer from those given. (5 points each) 1. Brewster's angle is the angle 2 a) of reflection off the surface of beer. 2 b) at which total internal reflection occurs. 2 c) at which
Penn State - PHYS - 10
PHYSICS 120 November 1997Student's name Givens: uid pressure = density g depth f=a = F=A fD = Fd Unless noted otherwise, assume friction and air resistance are zero. A. Short answer. Fill-in the blank. 2 points each. 1. A weight is sitting on a bea
Penn State - PHYS - 10
PHYSICS 215Test #1 30 September 1999 Name: Part A. Choose the best answer from those given. (5 points each) 1. 1.0 m is equivalent to 3.281 f t. A cube with an edge of 1.5 f t has a volume of: 2 a) 1.2 102 m3 . 2 c) 10.5 m3 . Section:2 b) 9.6 10
Penn State - PHYS - 250
PHYSICS 215Test #1 30 September 1999 Name: Part A. Choose the best answer from those given. (5 points each) 1. 1.0 m is equivalent to 3.281 f t. A cube with an edge of 1.5 f t has a volume of: 2 a) 1.2 102 m3 . 2 c) 10.5 m3 . Section:2 b) 9.6 10
Penn State - PHYS - 213
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Penn State - PHYS - 10
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Penn State - PHYS - 10
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Penn State - PHYS - 212
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Penn State - PHYS - 250
PHYSICS 215Final Test 16 December 1999 Student's name S.N.A. Multiple choice; choose the best of the list of answers given. (20 points total) 1. Young's modulus best describes a) b) c) d) 2 2 2 2 a a a a wire wire wire wire twisting. bending. stre
Penn State - PHYS - 10
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Penn State - PHYS - 211
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Penn State - PHYS - 10
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Penn State - PHYS - 250
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Penn State - PHYS - 250
WST 8/89; MAD 9/04Experiment 2 Measurement of gName NameOBJECTIVEIn this experiment you will determine the acceleration due to gravity and determine whether it depends upon the mass of the falling object.SETUP1. Clamp the ball release mecha
Penn State - PHYS - 10
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Penn State - PHYS - 10
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Penn State - PHYS - 250
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Penn State - PHYS - 250
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Penn State - PHYS - 10
D p 9! p 9 ! ! # ! Y 9 9 ` 9 9 ! W D p ! 9 9 ' 6 b&71&)0$R%$R&`4c&'0&7RE(q$065d6(04'C108VP ` 96! ' ! ' # # ! P ) 9! 6 x ' ` # Y @ x ' ! 9 p6! ! W (0e1&)7"1r(4q&($08(t30A&'070$0313t4`1%e$407Rh7RT S 9 # P H F D! '6 ` '!
Penn State - PHYS - 251
D p 9! p 9 ! ! # ! Y 9 9 ` 9 9 ! W D p ! 9 9 ' 6 b&71&)0$R%$R&`4c&'0&7RE(q$065d6(04'C108VP ` 96! ' ! ' # # ! P ) 9! 6 x ' ` # Y @ x ' ! 9 p6! ! W (0e1&)7"1r(4q&($08(t30A&'070$0313t4`1%e$407Rh7RT S 9 # P H F D! '6 ` '!
Penn State - PHYS - 10
Lab#10 Template Simple and Physical Pendula(v.050404)Score: _ / 100Name: Section #: Name: Section #: Name: Section #:Procedure:1. Construct a simple pendulum by attaching a string to the bob, and hanging the mass from some support. Record the
Penn State - PHYS - 250
Lab#10 Template Simple and Physical Pendula(v.050404)Score: _ / 100Name: Section #: Name: Section #: Name: Section #:Procedure:1. Construct a simple pendulum by attaching a string to the bob, and hanging the mass from some support. Record the
Penn State - PHYS - 212
Physics Lab 212P-4 How Capacitors Work NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: _ DATE: EMAIL ADDRESS: _ _Physics Lab 212P-4Equipment List (all items marked with * are in the student kit, others are supplied at the time of the lab
Penn State - PHYS - 10
Physics Lab 212P-5 Resistance & Ohm's Law NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: _ DATE: EMAIL ADDRESS: _ _Physics Lab 212P-5Software list Microsoft Excel Equipment List (all items marked with * are in the student kit, others ar
Penn State - PHYS - 212
Physics Lab 212P-5 Resistance & Ohm's Law NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: _ DATE: EMAIL ADDRESS: _ _Physics Lab 212P-5Software list Microsoft Excel Equipment List (all items marked with * are in the student kit, others ar
Penn State - PHYS - 10
Physics 212P-1 Introductory Lab: Exploring Static Electricity with Sticky Tape & A Video NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: _ DATE: EMAIL ADDRESS: _ _Physics Lab 212P-1Equipment List (all items marked with * are in the stude
Penn State - PHYS - 212
Physics 212P-1 Introductory Lab: Exploring Static Electricity with Sticky Tape & A Video NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: _ DATE: EMAIL ADDRESS: _ _Physics Lab 212P-1Equipment List (all items marked with * are in the stude
Penn State - PHYS - 212
Physics Pre-lab 212P-1 Exploring Static Electricity Name:_ Section:_ Date:_(Read this & answer the questions before coming to lab)Summary of relevant concepts: Fundamental properties of electric charge: (a) There exist two types of electric charg
Penn State - PHYS - 10
Physics Pre-lab 212P-5 Resistance and Ohm's Law Name:_ Section:_ Date:_(Read this & answer the questions before coming to lab. Note that this prelab requires the use of your experimental kit.)Summary of relevant concepts: If a potential differenc
Penn State - PHYS - 212
Physics Pre-lab 212P-5 Resistance and Ohm's Law Name:_ Section:_ Date:_(Read this & answer the questions before coming to lab. Note that this prelab requires the use of your experimental kit.)Summary of relevant concepts: If a potential differenc
Penn State - PHYS - 10
Lab #6: Black Body RadiationName:_ Name:_ Name:_ Activity 1: Study of the Black Body Intensity: Please access the following Website: http:/entropy.davidson.edu/alumni/MiLee/java/bb_mjl.htm1.Section #:_Open the following table and record T vs m
Penn State - PHYS - 214
Lab #6: Black Body RadiationName:_ Name:_ Name:_ Activity 1: Study of the Black Body Intensity: Please access the following Website: http:/entropy.davidson.edu/alumni/MiLee/java/bb_mjl.htm1.Section #:_Open the following table and record T vs m
Penn State - PHYS - 10
Physics Post-lab 212P-5 Resistance and Ohm's Law Name:_ Section:_ Date:_Q1. The (United States) National Electric Code, which sets maximum safe currents for rubberinsulated copper wires of various diameters, is given (in part) below. Plot the safe
Penn State - PHYS - 212
Physics Post-lab 212P-5 Resistance and Ohm's Law Name:_ Section:_ Date:_Q1. The (United States) National Electric Code, which sets maximum safe currents for rubberinsulated copper wires of various diameters, is given (in part) below. Plot the safe
Penn State - PHYS - 10
Lab #7: The Carnot CycleName:_ Name:_ Name:_ Discussion Questions: Consider a cyclic heat engine that undergoes the following cycle using 2 moles of an ideal monatomic gas: Step A: an isothermal expansion at 727oC from 1 m3 to 4 m3; Step B: an adiab
Penn State - PHYS - 213
Lab #7: The Carnot CycleName:_ Name:_ Name:_ Discussion Questions: Consider a cyclic heat engine that undergoes the following cycle using 2 moles of an ideal monatomic gas: Step A: an isothermal expansion at 727oC from 1 m3 to 4 m3; Step B: an adiab
Penn State - PHYS - 10
Physics Post-lab 212P-8 Magnetic Fields and Electric Current Name:_ Section:_ Date:_The following graph is a plot of data from Physics 212P-8 Activity 1. 1/r versus B has been plotted. "Series 1 Fit" is a linear fit to the data and is of the form 1
Penn State - PHYS - 212
Physics Post-lab 212P-8 Magnetic Fields and Electric Current Name:_ Section:_ Date:_The following graph is a plot of data from Physics 212P-8 Activity 1. 1/r versus B has been plotted. "Series 1 Fit" is a linear fit to the data and is of the form 1
Penn State - PHYS - 10
Physics Lab 212P-10 The Oscilloscope & AC Circuits NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: __ DATE: EMAIL ADDRESS: _ _Exercise 1: Using the oscilloscope as a DC voltmeterQ1. Write down the readings you obtained above.Single bat
Penn State - PHYS - 212
Physics Lab 212P-10 The Oscilloscope & AC Circuits NAME: LAB PARTNERS: _ _ _ LAB SECTION: _LAB INSTRUCTOR: __ DATE: EMAIL ADDRESS: _ _Exercise 1: Using the oscilloscope as a DC voltmeterQ1. Write down the readings you obtained above.Single bat
Penn State - PHYS - 10
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Penn State - PHYS - 212
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Penn State - PHYS - 10
Physics Post-lab 212P-6 DC Circuits Name:_ Section:_ Date:_Q1. For the bulbs used in the lab, short and long, which bulb has the highest power, or rate of energy transfer, when connected in series? Long bulb Short bulb Q2. For the bulbs used in the
Penn State - PHYS - 212
Physics Post-lab 212P-6 DC Circuits Name:_ Section:_ Date:_Q1. For the bulbs used in the lab, short and long, which bulb has the highest power, or rate of energy transfer, when connected in series? Long bulb Short bulb Q2. For the bulbs used in the
Penn State - PHYS - 10
Physics Pre-lab 212P-9 Faraday's Law and Induced EMF Name:_ Section:_ Date:_(Read this & answer the questions before coming to lab)Summary of relevant concepts: A changing magnetic flux creates an induced electric field. These two quantities are
Penn State - PHYS - 212
Physics Pre-lab 212P-9 Faraday's Law and Induced EMF Name:_ Section:_ Date:_(Read this & answer the questions before coming to lab)Summary of relevant concepts: A changing magnetic flux creates an induced electric field. These two quantities are
Penn State - PHYS - 10
Physics Post-lab 212P-9 Faraday's Law and Induced EMF Name:_ Section:_ Date:_dB Vs = 4790 3 v , where v is the dt m velocity of the magnet as it enters the coil. The coil was assumed to have a diameter of 1 cm. What is the magnitude of the induced
Penn State - PHYS - 212
Physics Post-lab 212P-9 Faraday's Law and Induced EMF Name:_ Section:_ Date:_dB Vs = 4790 3 v , where v is the dt m velocity of the magnet as it enters the coil. The coil was assumed to have a diameter of 1 cm. What is the magnitude of the induced
Penn State - PHYS - 10
Physics Pre-lab 212P-4 How Capacitors Work Name:_ Section:_Date:_(Read this & answer the questions before coming to lab)Summary of relevant concepts: A capacitor consists of two isolated conductors with equal and opposite charge +Q and -Q; the
Penn State - PHYS - 212
Physics Pre-lab 212P-4 How Capacitors Work Name:_ Section:_Date:_(Read this & answer the questions before coming to lab)Summary of relevant concepts: A capacitor consists of two isolated conductors with equal and opposite charge +Q and -Q; the
Penn State - PHYS - 10
Physics Post-lab 212P-2 Electric Fields and Superposition Name:_ Section:_ Date:_Q1. Plot E(r) versus r using a log-log and a linear scale. Include hard copies of the plots with this post lab report. Remember to follow the guidelines for a scientif
Penn State - PHYS - 212
Physics Post-lab 212P-2 Electric Fields and Superposition Name:_ Section:_ Date:_Q1. Plot E(r) versus r using a log-log and a linear scale. Include hard copies of the plots with this post lab report. Remember to follow the guidelines for a scientif
Penn State - PHYS - 10
Physics Post-lab 212P-3 Electric Fields and Electric Potential Name:_ Section:_ Date:_Equipotential surface Field lineQ1. In the figure does the electric potential increase toward the right or the left? Toward the right Toward the leftQ2. If the
Penn State - PHYS - 212
Physics Post-lab 212P-3 Electric Fields and Electric Potential Name:_ Section:_ Date:_Equipotential surface Field lineQ1. In the figure does the electric potential increase toward the right or the left? Toward the right Toward the leftQ2. If the
Penn State - PHYS - 10
PHYSICS 215Test #2 4 November 1999 Student's name S.N.A. Multiple choice; choose the best of the list of answers given. (20 points total) 1. A car, with mass 1000 kg moving originally with a speed of 20 m/s collides with a tree and stops in 1 ms.
Penn State - PHYS - 250
PHYSICS 215Test #2 4 November 1999 Student's name S.N.A. Multiple choice; choose the best of the list of answers given. (20 points total) 1. A car, with mass 1000 kg moving originally with a speed of 20 m/s collides with a tree and stops in 1 ms.
Penn State - PHYS - 10
Physics 215 Experiment 7 Simple and Physical Pendula IntroductionMAD 10/96One of Galileo's most important observations was that the period of a pendulum does not depend on the amplitude of the motion (in other words, the time to swing back and fo
Penn State - PHYS - 250
Physics 215 Experiment 7 Simple and Physical Pendula IntroductionMAD 10/96One of Galileo's most important observations was that the period of a pendulum does not depend on the amplitude of the motion (in other words, the time to swing back and fo
Penn State - EPL - 1
Annals of Botany 86: 415420, 2000 doi:10.1006/anbo.2000.1202, available online at http:/www.idealibrary.com onA Measure of the Various Modes of Inbreeding in Kalmia latifoliaMAUREEN A. LEVRI* Seton Hill College, Seton Hill Drive, Greensburg, PA 15
Penn State - EMH - 184
Eric M. HudishSchool Address: 295 Hamilton Hall University Park, PA 16802 (814) 862-1959 emh184@psu.edu Permanent Address: 1214 Union St. P.O. Box 33 Ramey, PA 16671 (724) 977-3314Objective Skills/ExperienceApply the education acquired in the pa