Electric field

EXPERIMENT #1: ELECTRIC CHARGE AND THE ELECTRIC FIELD PHY 2092-10 By: Kamal Aljohani Date Performed: 12 January 2015 Date Submitted: 30 January 2015 Lab Partners: Martynas Mickus Sean Small Instructor: Robert J Lucia INTRODUCTION: The purpose of this experiment is to analyze the static electricity, electrical charge, charge grounding, inducing charge, and electric polarization. We used two wands that created positive and negative charges when rubbed together one is blue and the other is

Report: Electric Field Mapping Andie Zoeller 09/09/2014 Essence: The objective of this lab was to map out certain points of voltage that were determined by the equipotential surfaces. By doing this, with the probe on a multi-meter, we were able to see where the equipotential lines were at in accordance to the objects (metal cylindrical conductor, metal rectangular conductor, etc.) With this gathered information we were able to point out where the lines of the electric field were. We

David Zendejas Period 2 April 11, 2015 Honors Physics Static Web quest Electric Field Hockey The whole point of the game is to make the puck go into the net, but the only thing to get the puck moving is by adding protons and electrons to the ice. The game makes it so that you can change the charge on the puck’s charge to either positive or negative. If the puck is positive you can add protons near the puck so the puck and proton would repel

E1 - Electrostatics (Potential & Field) Date: 26th of August 2014 Partners: Luke Silveira and Tivanka Anandappa Introduction: This practical involved investigating the behaviour of equipotential and electric field lines between two electrodes (which represented the a parallel plate capacitor). Furthermore the effect of adding a conductor and an insulator between the two electrodes was explored to determine the electric potential produced from these configurations. The setup involved three

Abstract- A home-made dc sputtering is characterized by cathode potential of 250-2000 V and sputtering gas pressures of (3.5×10-2 – 1.5) mbar. This paper studies in experiment the breakdown of argon, a uniform dc electric field at different discharge gaps and cathode potentials. Paschen curves for Argon are obtained by measuring the breakdown voltage of gas within at different target cu,Au,Ag, vacuum chamber . The Paschen curves in Ar gases show that the breakdown voltage between two electrodes

ELECTROSTATICS - I – Electrostatic Force 1. Frictional Electricity 2. Properties of Electric Charges 3. Coulomb’s Law 4. Coulomb’s Law in Vector Form 5. Units of Charge 6. Relative Permittivity or Dielectric Constant 7. Continuous Charge Distribution i) Linear Charge Density ii) Surface Charge Density iii) Volume Charge Density Frictional Electricity: Frictional electricity is the electricity produced by rubbing two suitable bodies and transfer of electrons from one body to other. + ++

Electric fields passing through a Gaussian box (pointed inward) as shown in the figure to the right. Which of the following is a possible charge system inside the box? A. +4e and -3e B. 3e, -4e and +2e C. 16e, -23e and +7e D. +13e, -34e and +20e E. Cannot be

edu Abstract—Accurate and high throughput cell sorting enabling technology in molecular and cellular biology, biotechnology and medicine. We classify these technologies as either active or passive. Active systems generally use external fields (e.g., acoustic, electric, magnetic, and optical) to impose forces to displace cells for sorting, whereas passive systems use inertial forces, filters, and adhesion mechanisms to purify cell populations. Cell sorting on microchips provides numerous advantages

On page 19 there is the statement “The electrostatic field reduces the surface tension of water and boosts the surface charge of colloidal particles and wetted surfaces”. Relevant literature on the internet was searched to find other instances where this type of application or technology may be in use.

Applications in medicine Moreover, toxins pile up in the body, especially outside of the cells due to poor bio-electric membrane voltage, which makes it possible for the toxins to stick to the membrane. This activity inhibits the natural flow of water into the cells as well as exit of nucleic waste out of the cells. As a result, the functioning of the cells is compromised until the level whereby toxins penetrate the cell membranes and thus reaching a level whereby the process is irreversible. Moreover