PHY124- C1 date performed: 5/22/13 Rousselle Molina date submitted: 5/29/13 ELECTRIC FIELD MAPPING I. ABSTRACT: In the Electric Field Mapping‚ we used charged electrodes to create an electric field on a glass tray with a piece of linear graph paper attached to the bottom. We tested several simple electrode positions by moving the probes and drew equipotential lines based on the voltage difference. We then confirmed that the equipotential lines run perpendicular to electric field
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Did you know that the human heart pumps about 182 million liters of blood throughout your whole lifetime? (99 Quick and Fascinating Facts) The human body is full of mysteries that most of the world doesn’t know about. Your body does very strange things that you would never think could happen‚ while others are totally believable. This paper is about three of those facts that I found interesting and unbelievable myself. Lightning can give you skin designs? Who would have thought! The designs that
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ity C&G 2330 202 REVISION QUESTIONS The relationship between the mass of a body (m)‚ the applied force to the body (F) and the acceleration of the body a. is given by the formula: a. Force = mass x acceleration‚ F = m x a b. mass = Force x acceleration‚ m = F x a c. acceleration = mass x Force‚ a = m x F d. acceleration = mass / Force‚ a = m / F answer: a The SI unit of time is the second. Express 0.00001 seconds in a suitable sub multiple: a. 10 milliseconds‚ 10 ms b. 100 milliseconds
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New technological advancements in the field of myoelectric prosthetics have led to development of hands with multiple degrees of freedom. Nonetheless‚ these devices are still inadequate in terms of performance‚ stability‚ aesthetics‚ and affordability. Anthropomorphic hands such as iLimbTM and BebionicTM have received media attention—yet‚ they are not as consumer friendly as advertised. The use of servos‚ rather than DC motors‚ in this new prototype proves to be a more viable option when controlling
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Mass-Spectrometer Design Report Your Name March 21‚ 2013 Abstract This report documents the design of a mass-spectrometer in sufficient detail so it can be constructed by a competent technician from the information contained here‚ without any further reference to the design engineer themselves. The mass-spectrometer described here is intended for with the ability to . In general‚ the instrument needs to be . (1/4 – 1/2 page) 1 Introduction A mass-spectrometer is a device which does
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Name: Section: SP1L-17 Date: 2/26/11 Coulomb’s Law: What is the charge on a charged pith ball? Experimental Determination of the Electrostatic Force acting between two charged pith balls Equipment: a pvc pipe and fur or wool‚ a metric ruler‚ a protractor‚ two pith balls on a stand as in figure 1. Your teacher will tell you the mass of your pith balls. Procedure: Make sure the strings of your two pith balls are untangled as in figure 1. Make sure that the pith balls are neutral by rubbing
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Name: Aaron Banks Section: Thursday PRELAB: A MODEL FOR CIRCUITS I: ELECTRIC CURRENT 1. What do you predict for the rankings of the brightness of bulbs A‚ B‚ and C in Figure 2-1? A>B>C A being the brightest 2. How do you predict that changing the direction of the current by reversing the connections to the battery in Figure 2-1 would change the rankings in (1)? I don’t think it will change at all. The brightness should be the same in diagram b and diagram a it should also stay
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Jennifer Nelson Unit 3 Assignment 1 Date due: July 12 Date submitted: July 12 Define Key Terms Electrical circuit: A complete loop of material that conducts electricity. Frequency: When describing energy that acts like waves‚ the number of times that the entire waveform repeats per second. Amplitude: When describing energy that acts like waves‚ when graphing the waveform centered on the X axis‚ and graphing some kind of power (for example‚ voltage) on the Y axis‚ the amplitude is the maximum
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Name: Date: Graded Assignment Journal: Stories of Scientists Answer the questions below in complete sentences. Be sure to refer to the notes you took in your Student Guide while completing the online lesson. (15 points) Score 1. What characteristics do Michael Faraday‚ Nikola Tesla‚ and Daniel Hale Williams have in common? List three common characteristics in the Characteristic column. In the space under each scientist’s name‚ provide examples of each characteristic from each story to support
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Assignment Week 4 Chapter 11 20. A parallel RL circuit has values of IL = 240 mA and IR = 180 mA. Calculate the magnitude and phase angle of the circuit current. It=√ IL^2 + IR^2= √ 240mA^2 + 180mA^2= 0.3 x 10^-3= 300mA θ= tan^-1(-IL/IR)= (-240mA/180mA)= -53° 300mA∟-53° 22. Calculate the total impedance for the circuit shown in Figure 11.38b. It= √IL^2 + IR^2= √800mA^2 + 120mA^2= 0.808949 x 10^-3= 808.95mA Zt= Vs/It= 120V/808.95mA = 148Ω θ= tan^-1(-IL/IR)= (-800mA/120mA)= -81.5= 82° 148∟82° 24
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