Using Coulomb's Law to Clean the AirModern smokestacks use devices called scrubbers to remove largeamount of pollution in the form of small particles (soot). Scrubbers usea two steps process: electrons are first added to the soot particle, andan electric force then pulls the particle out of the smoke stream.yIcollector9sootCollectorConsider a soot particle of mass ms0ot= 1.2 nanograms (1.2e-12 kg),Sootparticles which corresponds to a diameter of a few micrometers. Some numbermovingupward Suppose the collector has a total charge qcollectorof electrons have been added to give the particle a total charge qsoot-1.65e-06 C. If the%3Dseparation between the collector and the soot particle is r = 0.1 m,What is the magnitude of qsoot (in units of C) so that theelectric force exerted on the particle is equal to its weightGround= mg?.Use: g = 10 m/s², and k = 9E9 N m²/C².%3D%3DCSubmit AnswerTries 0/2How many electrons must be added to the soot particle ?electrons

Given data The mass of the soot particle is m soot = 1.2 nanograms = 1.2 x 10-12 kg The magnitude…

Using Coulomb's Law to Clean the Air Modern smokestacks use devices called scrubbers to remove large amount of pollution in the form of small particles (soot). Scrubbers use a two steps process: electrons are first added to the soot particle, and an electric force then pulls the particle out of the smoke stream. Icollector 9soot Collector Consider a soot particle of mass msoot= 1.2 nanograms (1.2e-12 kg), particles which corresponds to a diameter of a few micrometers. Some number of electrons have been added to give the particle a total charge qsoot- upward Suppose the collector has a total charge qcollector = 1.65e-06 C. If the separation between the collector and the soot particle is r = 0.1 m, Soot moving What is the magnitude of qsoot (in units of C) so that the electric force exerted on the particle is equal to its weight = mg Ground ?. Use: g = 10 m/s², and k = 9E9 N m²/c². Submit Answer Tries 0/2 How many electrons must be added to the soot particle ? electrons

Using Coulomb's Law to Clean the Air Modern smokestacks use devices called scrubbers to remove large amount of pollution in the form of small particles (soot). Scrubbers use a two steps process: electrons are first added to the soot particle, and an electric force then pulls the particle out of the smoke stream. Icollector 9soot Collector Consider a soot particle of mass msoot= 1.2 nanograms (1.2e-12 kg), particles which corresponds to a diameter of a few micrometers. Some number of electrons have been added to give the particle a total charge qsoot- upward Suppose the collector has a total charge qcollector = 1.65e-06 C. If the separation between the collector and the soot particle is r = 0.1 m, Soot moving What is the magnitude of qsoot (in units of C) so that the electric force exerted on the particle is equal to its weight = mg Ground ?. Use: g = 10 m/s², and k = 9E9 N m²/c². Submit Answer Tries 0/2 How many electrons must be added to the soot particle ? electrons

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Before starting the experiment on Coulomb's law experiment you had a lesson on electrostatic phenomena. You learned that in a static situation, if there is excess charge on a conductor, 1. it keeps leaking from the surface to surrounding atmosphere until the whole amount of excess charge is gone 2. it remains concentrated at the center part 3. it spreads over the surface of the conductor 4. it's under a constant motion throughout the conductor surface
Which of the following charging methods work without ever touching the object to be charged to the object used to charge it? Choose all that apply. a. charging by friction b. charging by contact c. charging by induction
1. Write out Coulombs law 2. Identify the variables in the equation and explain how the equation follows charge and force
I need help on question 4?
Moving to another question will save this response. Question 12 Insulator is type of material in which O a. large charge can flow easily. O b. no charge can flow. O c. only positive charge can flow through it easily. O d. Charge and heat can flow easily. A Moving to another question will save this response.
44.) Which type of battery would you normally not buy for your car? a. dry cell b. wet cell c. lead acid
Which of the following charging methods result in charging an object opposite to the charge on the object used to charge it? Choose all that apply. a. charging by friction b. charging by contact c. charging by induction
electrons are in the ____ of an atom . a) center b) outside plastic and rubber do not ____ - an electrical circuit . A(n) ______ is an object that allows some electrons to go through it. the amount of volts and amps is the number of _________
SupercapacitorA typical symmetrical supercapacitor having carbon-based electrodes (activated carbon) in an aqueous electrolyte is shown here. Answer the following questions. 1. How does an electric double layer in a supercapacitor ensure higher capacitance than an electrostatic capacitor? 2. If activated carbon is coated with a thin layer of RuO2, will there be any effect on the performance of this supercapacitor? Why? 3. Potential has a significant role in increasing the energy density of the device (E= 1/2 CV2). How can working potential of this capacitor be increased? List any two approaches. 4. If the capacitance of one electrode is 200F, calculate the capacitance of the entire supercapacitor.
1) Forgetting the fact that it would be difficult to detect, if you turn on any electrical device in your car (such as air conditioner blower, headlights, or even the radio) then additional gasoline is burned by the engine. This statement is a) always true. b) true only if the car's engine is running while the electrical device is on. c) true only if the car's engine is stopped while the electrical device is on. d) never true. The energy for electrical devices in your automobile has nothing to do with the amount of gasoline your engine burns f) true in conventional cars, but not in hybrid electric cars.