An aluminum pie pan is connected by a wire to a metal plate, called plate 1, as shown below. Sitting parallel to plate 1 is a second metal plate, called plate 2 (separated from plate 1 by a 3.0 cm gap of air and air is an excellent insulator). During assembly there is no net charge on any of these pieces. Pie Pan 1 A charged blue Styrofoam board is held to the left of the pie pan (close but not touching the pie pan). Pie Pan 2 1) Will there be a net charge on plate 1? EXPLAIN! If there is a net charge, what sign will it have? (HINT: it might be useful to look back through some of the lab experiments you have already done). 2) Will there be a net charge on plate 2? EXPLAIN! If there is a net charge, what sign will it have? 3) Now a second pie pan is added to the apparatus (see sketch shown below). During the assembly of this equipment no net charge is on any of the pieces. Now a charged foam board is brought near (but not touching) the pie pan connected to plate 1, then the wire is disconnected from plate 2, and finally the foam board is moved away from the pie pan. Will there be a net charge on plate? EXPLAIN. If there is a net charge, what sign will it have? 1 2 Pie Pan
An aluminum pie pan is connected by a wire to a metal plate, called plate 1, as shown below. Sitting parallel to plate 1 is a second metal plate, called plate 2 (separated from plate 1 by a 3.0 cm gap of air and air is an excellent insulator). During assembly there is no net charge on any of these pieces. Pie Pan 1 A charged blue Styrofoam board is held to the left of the pie pan (close but not touching the pie pan). Pie Pan 2 1) Will there be a net charge on plate 1? EXPLAIN! If there is a net charge, what sign will it have? (HINT: it might be useful to look back through some of the lab experiments you have already done). 2) Will there be a net charge on plate 2? EXPLAIN! If there is a net charge, what sign will it have? 3) Now a second pie pan is added to the apparatus (see sketch shown below). During the assembly of this equipment no net charge is on any of the pieces. Now a charged foam board is brought near (but not touching) the pie pan connected to plate 1, then the wire is disconnected from plate 2, and finally the foam board is moved away from the pie pan. Will there be a net charge on plate? EXPLAIN. If there is a net charge, what sign will it have? 1 2 Pie Pan
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter23: Electric Forces
Section: Chapter Questions
Problem 42PQ: Three identical conducting spheres are fixed along a single line. The middle sphere is equidistant...
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Can someone please help me to solve the following questions and fully explain. Thank you!
Transcribed Image Text:An aluminum pie pan is connected by a wire to a metal plate, called plate 1, as shown below.
Sitting parallel to plate 1 is a second metal plate, called plate 2 (separated from plate 1 by a 3.0
cm gap of air and air is an excellent insulator). During assembly there is no net charge on any of
these pieces.
Pie Pan
A charged blue Styrofoam board is held to the left of the pie pan (close but not touching the pie
pan).
Pie Pan
1
1) Will there be a net charge on plate 1? EXPLAIN! If there is a net charge, what sign will
it have? (HINT: it might be useful to look back through some of the lab experiments you
have already done).
2) Will there be a net charge on plate 2? EXPLAIN! If there is a net charge, what sign will
it have?
3)
Now a second pie pan is added to the apparatus (see sketch shown below). During the
assembly of this equipment no net charge is on any of the pieces. Now a charged foam
board is brought near (but not touching) the pie pan connected to plate 1, then the wire is
disconnected from plate 2, and finally the foam board is moved away from the pie pan.
Will there be a net charge on plate? EXPLAIN. If there is a net charge, what sign will
it have?
1
2
2
Pie Pan
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