Mail X Bb Welc X w Lab F X ta The E x Bb Annc X w Pre-l x w Note X w Vanil X 101 Chen x Chen X UJ Logir X w UCor X Logi X Phys X + V X C compadre.org/physlets/electromagnetism/illustration25_1.cfm Apps Watch cartoons onl. Hear your own play... YouTube & V LIVE Weverse - Official f... Google Docs C Home - www.com... Bb Welcome, Brianna -... Course Home 0 Mail - Renaudette,... > > Reading list Physlet Physics AAPT 3rd Edition I.Mechanics II. Fluids III. Waves IV.Thermodynamics V. Electromagnetism VI. Circuits VII. Optics Home >> Electromagnetism >> Electric Potential Illustration 25.1: Energy and Voltage * > > Chapter 25: Electric Potential Illustrations velocity 25.1: Energy and Voltage 5.00 25.2: Work and Equipotentials 25.3: Electric Potential of Charged Spheres 25.4: Conservative Forces Energy (J) 0.0 + Explorations + Problems + Supplements -5.00 2.00 3.00 4.00 collision Distance from Bottom Plate (m) - KE - PE charge = 1 c The animation shows a positive test charge in a uniform electric field created by two parallel plates of constant charge. You can drag the test charge between the plates to any spot and then push "set value and play" to see it move. You can also read position, voltage, and magnitude of the electric field. The graph plots the kinetic energy and potential energy as a function of height above the bottom plate. Restart. . Does the charge experience a constant force? Explain. As the charge moves, is the work done on it by the electric force positive or negative? Explain. . As you move the charge to a different starting place, how does the total energy change? . To what positions can you move the charge to decrease the total energy, to increase it, and to keep it the same? O i P W 4:07 PM Type here to search 9 W Rain.. 2/22/2022