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GRAPHICS FUNDAMENTALS 20-ENFD-251 Textbook: Craig, Jerry. Engineering and Technical Drawing Using Solid Edge V14. SDC Publications, Ninth Edition Instructor: Thomas Huston, PhD, PE 5516 French 556-2645 (Office) tom.huston@uc.edu Bulletin Description: Surv

Cincinnati - PHYS - physics 21

0/35Spring Quarter 2008 Experiment: Your name: Anish Dundoo Partner: Vincent Servizzi Performed on: 1 May, 2008 TA: H ua rd Zach Section number: 249 Promptness % (100 means i t was on t ime): 100 Additional Scores (+)/Penalties (-): Please insert your ma

Cincinnati - PHYS - physics 21

Exponential Dependance Of Voltage Decay Across Capacitor1Normalized Voltage (V/V0)0.1C1 Discharging Exponential Regression for C1 Discharging C1 Charging Exponential Regression for C1 Charging Exponential Regression for C1 Charging C2 Discharging Expo

Cincinnati - PHYS - physics 21

0/35 Coulomb's LawAnish Dundoo Lawrence Powers April 17th, 2008 Huard Zach 249Spring Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): 100Please

Cincinnati - PHYS - physics 21

Two spheres: ST, attached to torsion wire SM, moveable sphere attached to ruler Torsion Constant: K (mN/deg) 1.505E03 9E06 ucfw_K (mN/deg)dsphere (cm) a (m) Voltage to Charge conversion: C (C/kV) 1.92E-09 ucfw_C (C/kV) 3E-113.75 0.02 ucfw_ () ucfw_R (cm

Cincinnati - PHYS - physics 21

0/35Spring Quarter 2008Experiment:Elect r ic F ieldsYour name:Anish DundooPartner:James SchaeferPerformed on:April 10, 2008TA:Huard ZachSection number:249Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): 100Plea

Cincinnati - PHYS - physics 21

Electric Fields14:06:17 ,10/14/2009Anish Dundoo and James SchaeferA B C D E F G H I J K L M N O P Q R S T U V W Click here to go to the data transfer staging area for the two points. for the two lines. 1 Do not cut and paste into the table below. DataS

Cincinnati - PHYS - physics 21

0/35 Electromagnetic InductionAnish Dundoo Juan Tims Mc ClendonSpring Quarter 2008Experiment: Your name: Partner: Performed on:29 May, 2008TA:thHuard ZachSection number:249 100 Additional Scores (+)/Penalties (-): Promptness % (100 means it was

Cincinnati - PHYS - physics 21

A B C D E F G H I 1 ucfw_Vp= 2 AC Frequency= 1.0 (kHz) .01 (V) ucfw_Vs= .001 (V) 3 Ratio for Transformer = 8.2 ucfw_Ip= .01 (mA) 4 ucfw_Ratio for Transformer= 0.2 ucfw_Is= .001(mA) 5 6 7 Step Up 8 Vp (V) Vs (V) 9 50.00 0.71 5.83 10 f(x) = 8.42x - 0.35 45.

Cincinnati - PHYS - physics 21

0/35Spring Quarter 2008Experiment:M agnetic MomentsYour name:A nish DundooPartner:Victor DavisPerformed on:May 22 , 2008TA:ndHuard ZachSection number:249Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): 100Plea

Cincinnati - PHYS - physics 21

Magnetic Moments14:31:04 ,10/14/2009Anish Dundoo and Victor DavisA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65

Cincinnati - PHYS - physics 21

Error: Reference source not found, 09/17/04, Error: Reference source not found 1 0/35Experiment: Your name: Partner: Performed on: TA: Section number:Ohms Law and DC CircuitsAnish Dundoo James Schaefer May 8th, 2008 Huard Zach 249Page 1 of Word docume

Cincinnati - PHYS - physics 21

A 1 2 3 4 5 V 1.95 6 7 2.78 8 3.47 5.67 9 7.67 10 10.3 11 12.16 12 13.23 13 16.8 14 19 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49B C D measured values u cfw_R R1 () 98.11 0.1 R2 () 49.93 0.05

Cincinnati - PHYS - physics 21

0/35 Potential DifferencesAnish Dundoo Victor Davis April 24 , 2008 Huard Zach 249Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): thSpring Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:100

Cincinnati - PHYS - physics 21

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49A B C Part1: Internal Resistance I (mA) I (A) V (V) 42.2 0.04 1.27 49.1 0.05 1.27 52.2 0.05 1.27 60.5 0.06 1.27 70.7

Cincinnati - PHYS - physics 21

0/35Spring Quarter 2008 Experiment: Your name: Anish Dundoo Partner: Andrew Nels Performed on: 15 May, 2008 TA: Huard Zach Section number: 249 Promptness % (100 means it was on time): 100 Additional Scores (+)/Penalties (-): Please insert your material i

Cincinnati - PHYS - physics 21

A 1BCDEFGHTemperature Dependence Of Resistanceice water (k) 273.2 k (eV/K) 8.62E-05 2 3 4 Metal Semiconductor R () T (C) T (K) 1/2kT (1/eV) R (k) 5 T (C) 95 138.12 95 368.2 15.76 2.14 6 89 136.87 89 362.2 16.02 2.44 7 3.06 84 134.50 84 357.2 16.2

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:2D collisionsAnish Dundoo Jacob Schlather February 25th, 2008 Hyundeok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-):

Cincinnati - PHYS - phys 211

A 1 2 3 4 5 6 7 8 9 10 11 ruler x ruler yBPixel coordinates (px) from Image Jpoint # 2 3 4 5 0.3 4 x (px) 187 1737 77 61 y (px) 47 53 135 1697z (px) 0 0 0 0 value 43 6 32 8CDEFGHI100 cm length (px) 1550 1562 0.99 6left right bottom topucfw_x

Cincinnati - PHYS - phys 211

Angular Acceleration:the Moment of Inertia14:03:44 ,10/14/2009Anish Dundoo James SchaeferA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56B

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Angular AccelerationAnish Dundoo James Schaefer 3rd March, 2008 HyunDeok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-):

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Centripetal ForceAnish Dundoo Lauren Kolegraff February 11th, 2008 Hyun Deok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties

Cincinnati - PHYS - phys 211

m(g)= mL(g)= FL(N)= ucfw_FL(N)=224 55 0.539 0.001 0.1 0.1 Std.dev Std.error 1/mr 2 ucfw_1/mr ucfw_2 ucfw_(rad/s) (kg.m)1 (rad/s)2 (kg.m)1 (rad/s)2 10 0.005 74.405 37.49 0.004 0.06 10 0.004 68.681 33.51 0.003 0.04 10 0.003 62.004 32.11 0.003 0.03 10 0.001

Cincinnati - PHYS - phys 211

0/35 Experiment : Your name: Partner: Performed on: TA: Section number:Winter Quarter 2008Data Graphics and Analysis Anish Dundoo James Schaefer 18th January, 2008 Hyundeok Song 218Promptness % (100 means it was on time): 100 Additional Scores (+)/Pena

Cincinnati - PHYS - phys 211

The Pendulum.16:28:39 ,10/13/2009lb1Finding g: ABC ucfw_T (s)D 0EF2 ucfw_l (m) 0.001 6.28 3 2= 4 (T/2)2(s2) ucfw_(T/2)2 (s2) l (m) 5 T (s) 1.093 0.300 0.00006 6 0.03 1.28 0.400 0.00006 7 0.04 1.43 0.500 0.00007 8 0.05 1.56 0.600 0.00008 9 0.06

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment:Falling BodiesAnish Dundoo James Schaefer January 28th, 2008 Hyundeok Song 218 100Your name: Partner: Performed on: TA: Section number:Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): A

Cincinnati - PHYS - phys 211

Forx(cm)= ucfw_x(cm)= Trial time(s)7.1 0.10.124 0.125 0.120 0.123 0.125 0.124 0.122 0.120 0.123 0.124 Average(s) StandardDeviation(ucfw_t) t(s) x(cm)1 2 3 4 5 6 7 8 9 10Time180 160 1400.1230 0.0018 v(m/s) ucfw_v(m/s) 1.15 0.02 2.06 0.02 2.10 0.02 2.

Cincinnati - PHYS - phys 211

Student Name Jacob Schlather Jacob Schlather Jacob Schlather Jacob Schlather Jacob Schlather Alex Bokeno Alex Bokeno Alex Bokeno Alex Bokeno Alex Bokeno William Spies William Spies William Spies William Spies William Spies Adam Yager Adam Yager Adam Yager

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Measurement And UncertaintyAnish Dundoo Lauren Kolegraff 1/14/08 Hyundeok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-)

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Newtons Laws of motionAnish Dundoo Joshua Sanders 18th February 2008 Hyundeok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties

Cincinnati - PHYS - phys 211

Newton'slawsofmotion14:30:32 ,10/14/2009Joshua Sanders and Anish DundooA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49BCDEFG x1 (m) 2.500 t (s) 0.2563 0.12

Cincinnati - PHYS - phys 211

0/35Winter Quarter 2008Experiment: Your name: Partner: Performed on: TA: Section number:Vector ForcesAnish Dundoo Eric Stetz February 4th, 2008 Hyundeok Song 218 100Promptness % (100 means it was on time): Additional Scores (+)/Penalties (-): Abstra

Cincinnati - PHYS - phys 211

#f1 f2 f3 f4f(g) 140 150 158 265() 27 141 156(rad) 0.47 2.46 2.72fx(g)124.74 -116.57 -144.34fy(g)63.56 94.4 64.26301 5.25 component sums (g)ucfw_f2 (g)136.49 0.39 1 0.017 9.37 0.06 4.9 -86 23 TRUE227.15 4.9ucfw_2 () ucfw_2 (rad) Ucfw_f2 (g)

CSU Northridge - BILD - 1

Cellular Neurobiology / BIPN 140Name_KEY_FIRST MIDTERM EXAMINATION Fall, 2007GENERAL INSTRUCTIONS 1. Please write your name on ALL 7 pages. 2. Please answer each question IN THE SPACE ALLOTTED. 3. For full credit, state your assumptions and show your c

CSU Northridge - BILD - 1

Cellular Neurobiology / BIPN 140Name_KEY_SECOND MIDTERM EXAMINATION: KEY Fall, 2007 GENERAL INSTRUCTIONS 1. Please write your name on ALL 7 pages. 2. Please answer each question IN THE SPACE ALLOTTED. 3. For full credit, state your assumptions and show

CSU Northridge - BILD - 1

Cellular Neurobiology / BIPN 140Name_KEY_FIRST MIDTERM EXAMINATION Fall, 2008GENERAL INSTRUCTIONS 1. Please write your name on ALL 6 pages. 2. Please answer each question IN THE SPACE ALLOTTED. 3. For full credit, state your assumptions and show your c

CSU Northridge - BILD - 1

Why are cells small?BILD 1 The CellHalpain, Lecture 6, October 7, 2009 Campbell & Reece, Chapter 6 Course announcements: CLASS WEB SITE: http:/www.biology.ucsd.edu/classes/bild1.FA09 The uptake of nutrients and removal of waste required for cellular me

CSU Northridge - BIPN - 140

Name_KEY_ Cellular Neurobiology Biology 140 Fall 2007 FINAL EXAMINATION GENERAL INSTRUCTIONS: 1. Please write your name on ALL pages. 2. Please answer the question in the SPACE ALLOTTED. 3. For full credit, state assumptions and show calculations. 1) _/ 1

CSU Northridge - BIPN - 140

Lecture 1 Biology 140 September 25, 2008 Reading: Chapter 1 Neurons and GliaIntroduction Diversity and complexity Underlying simplicity: stereotyped signals Neurons Cell body Processes Dendrites Axons Synapses Diversity & its implications Input, integ

CSU Northridge - BILD - 1

Learning Objectives BILD1 Halpain Lecture 1 Introduction to Biology & Review of Chemical Principles1. 2. 3. 4. 5. 6. Diagram the hierarchy of structural levels in biological organization Identify the properties that distinguish living organisms from non-

CSU Northridge - BILD - 1

Learning Objectives BILD1 Halpain Lecture 2. Review of Chemical Principles (continued) & Water1. Use valence diagrams to predict and diagram the chemical bonding between atoms (e.g., covalent bonds, ionic bonds) 2. Understand how orbital shape contribute

CSU Northridge - BILD - 1

09-24-09: Lecture 1Welcome to BILD 1: The CellTu, Thu : 11am-12:20 pm Center Hall rm 101Gentry Patrick, PhDOffice hours: Mondays: 2pm-4pm Weds: 10am to 11:30 am Pacific Hall rm 2222A gpatrick@ucsd.edu (BILD1 in subject line)109-24-09: Lecture 1Cour

CSU Northridge - BILD - 1

09-29-09: Lecture 2Recap: A little chemistry helps to understand a lot of biology Covalent Bonds Polar and Non-Polar Electronegativity is key!Non-covalent bonds: Intra and inter molecular interactions Hydrogen Bonds Ionic Bonds Van der Waals Attraction

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10-01-09: Lecture 3Proteins (polypeptides)Four levels of protein StructurePrimary Structure (1 structure):Secondary Structure (2 structure):Tertiary Structure (3 structure):Quaternary Structure (4 structure):10-01-09: Lecture 3Proteins (polypeptid

CSU Northridge - BILD - 1

10-06-09: Lecture 4Bioenergetics:Cell as a Chemical FactoryMetabolism: All the chemical processes of the cell. Catabolic Pathways:Anabolic pathways: build amino acids (a.a.) A.A. Protein DNA or RNANucleotides (NT) Photosynthesis:10-06-09: Lecture 4

CSU Northridge - BILD - 1

10-08-09: Lecture 5RECAP: Bioenergetics: Reactions inside a living cell reactantAproductBTransitional state AE Ea Energy of activation Energy of activation With enzymeG < 0reactants Free Energy (G) A + EG B + E products Course of rxnG < 0 so the