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3) A uniform electric field E 410 N/C (created by charges not shown in the picture) points in the y-direction. A negative charge Q =-0.42 C is moved around a square and isosceles right triangle (through various paths as shown) with side lengths ab- ae=cb-ce-de = 5.9 cm a. When the charge is moved from point a to point d along a straight path (through point e), what happens to the electrical potential energy of the charge Q? b. When the charge is moved from point a to point d along a straight path (through point e), what is the magnitude of the change in electrical potential energy of the charge Q? What is the change in the electric potential? When the charge is moved through points e,d,c and finally ends at b, what is the magnitude of the change in electrical potential energy of the charge Q between points e and b? What is the electric potential? C. E

3) A uniform electric field E 410 N/C (created by charges not shown in the picture) points in the y-direction. A negative charge Q =-0.42 C is moved around a square and isosceles right triangle (through various paths as shown) with side lengths ab- ae=cb-ce-de = 5.9 cm a. When the charge is moved from point a to point d along a straight path (through point e), what happens to the electrical potential energy of the charge Q? b. When the charge is moved from point a to point d along a straight path (through point e), what is the magnitude of the change in electrical potential energy of the charge Q? What is the change in the electric potential? When the charge is moved through points e,d,c and finally ends at b, what is the magnitude of the change in electrical potential energy of the charge Q between points e and b? What is the electric potential? C. E

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3) A uniform electric field E 410 N/C (created by charges not shown in the picture) points in the y-direction. A negative charge Q=-0.42 C is moved around a square and isosceles right triangle (through various paths as shown) with side lengths ab- ae=cb-ce-de = 5.9 cm bla E C. Ľ a. When the charge is moved from point a to point d along a straight path (through point e), what happens to the electrical potential energy of the charge Q? b. When the charge is moved from point a to point d along a straight path (through point e), what is the magnitude of the change in electrical potential energy of the charge Q? What is the change in the electric potential? When the charge is moved through points e,d,c and finally ends at b, what is the magnitude of the change in electrical potential energy of the charge Q between points e and b? What is the electric potential?
Transcribed Image Text:3) A uniform electric field E 410 N/C (created by charges not shown in the picture) points in the y-direction. A negative charge Q=-0.42 C is moved around a square and isosceles right triangle (through various paths as shown) with side lengths ab- ae=cb-ce-de = 5.9 cm bla E C. Ľ a. When the charge is moved from point a to point d along a straight path (through point e), what happens to the electrical potential energy of the charge Q? b. When the charge is moved from point a to point d along a straight path (through point e), what is the magnitude of the change in electrical potential energy of the charge Q? What is the change in the electric potential? When the charge is moved through points e,d,c and finally ends at b, what is the magnitude of the change in electrical potential energy of the charge Q between points e and b? What is the electric potential?
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