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You are working in your dream job: an assistant for the special effects department of a movie studio. You have just been given this assignment: the star of a horror movie is walking down a spooky hallway when suddenly, due to some unknown and strange supernatural forces, all the pictures hanging on the wall start rotating about their upper edges until they are sticking straight out from the wall! To set up this effect, you attach the pictures to the wall with hinges along their upper end and wrap 20 turns of wire around the outside frame of the picture, as shown in figure (a). B Hinge Turns of wire Picture frame 109 Wall Y a b You set up a uniform magnetic field in the hallway that is directed upward and oriented at an angle of y = 5.00° to the vertical, with its horizontal component directed perpendicularly into the wall. When you send a current of I = 11.1 A through the wire around each picture, the frame swings up perpendicular to the wall as shown in figure (b). Consider a particular picture of width w = 37.0 cm, height h = 55.0 cm, and mass m = 0.950 kg. (a) Your supervisor asks you to determine the magnetic field magnitude (in T) that is necessary for this picture to rotate so that its face is parallel to the floor and perpendicular to the wall, as in figure (b). T

You are working in your dream job: an assistant for the special effects department of a movie studio. You have just been given this assignment: the star of a horror movie is walking down a spooky hallway when suddenly, due to some unknown and strange supernatural forces, all the pictures hanging on the wall start rotating about their upper edges until they are sticking straight out from the wall! To set up this effect, you attach the pictures to the wall with hinges along their upper end and wrap 20 turns of wire around the outside frame of the picture, as shown in figure (a). B Hinge Turns of wire Picture frame 109 Wall Y a b You set up a uniform magnetic field in the hallway that is directed upward and oriented at an angle of y = 5.00° to the vertical, with its horizontal component directed perpendicularly into the wall. When you send a current of I = 11.1 A through the wire around each picture, the frame swings up perpendicular to the wall as shown in figure (b). Consider a particular picture of width w = 37.0 cm, height h = 55.0 cm, and mass m = 0.950 kg. (a) Your supervisor asks you to determine the magnetic field magnitude (in T) that is necessary for this picture to rotate so that its face is parallel to the floor and perpendicular to the wall, as in figure (b). T

College Physics
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)...
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You are working in your dream job: an assistant for the special effects department of a movie studio. You have just been given this assignment: the star of a horror movie is walking down a spooky hallway when suddenly, due to some unknown and strange supernatural forces, all the pictures hanging on the wall start rotating about their upper edges until they are sticking straight out from the wall! To set up this effect, you attach the pictures to the wall with hinges along their upper end and wrap 20 turns of wire around the outside frame of the picture, as shown in figure (a). B Hinge Turns of wire Picture frame 109 Wall Y a b You set up a uniform magnetic field in the hallway that is directed upward and oriented at an angle of y = 5.00° to the vertical, with its horizontal component directed perpendicularly into the wall. When you send a current of I = 11.1 A through the wire around each picture, the frame swings up perpendicular to the wall as shown in figure (b). Consider a particular picture of width w = 37.0 cm, height h = 55.0 cm, and mass m = 0.950 kg. (a) Your supervisor asks you to determine the magnetic field magnitude (in T) that is necessary for this picture to rotate so that its face is parallel to the floor and perpendicular to the wall, as in figure (b). T
Transcribed Image Text:You are working in your dream job: an assistant for the special effects department of a movie studio. You have just been given this assignment: the star of a horror movie is walking down a spooky hallway when suddenly, due to some unknown and strange supernatural forces, all the pictures hanging on the wall start rotating about their upper edges until they are sticking straight out from the wall! To set up this effect, you attach the pictures to the wall with hinges along their upper end and wrap 20 turns of wire around the outside frame of the picture, as shown in figure (a). B Hinge Turns of wire Picture frame 109 Wall Y a b You set up a uniform magnetic field in the hallway that is directed upward and oriented at an angle of y = 5.00° to the vertical, with its horizontal component directed perpendicularly into the wall. When you send a current of I = 11.1 A through the wire around each picture, the frame swings up perpendicular to the wall as shown in figure (b). Consider a particular picture of width w = 37.0 cm, height h = 55.0 cm, and mass m = 0.950 kg. (a) Your supervisor asks you to determine the magnetic field magnitude (in T) that is necessary for this picture to rotate so that its face is parallel to the floor and perpendicular to the wall, as in figure (b). T
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