Q6. Directly on Figure 9 above, insert a symbol or arrow to indicate the direction of theapproximately uniform B within the Helmholtz coil, assuming the direction of I shownin diagram. Purple arrow placed up above.Q7. Assuming the direction of B you predicted in Q6, draw Fg on the electron in theposition shown below as it first leaves the metal plates.GREEN ARROW:F;Point out towards you.PURPLE ARROW: BQ8. Explain why the electron takes a circular path once it leaves the metal plates. This isblue/green curve in Figure 9. Helmholtz Coilheater- 6.3 V AC120-180 VFigure 9: Schematic of the e/m apparatus with the direction of current flow, I, and theradius of the electron beam (blue/green curve), r, indicated.

Directly on Figure 9 above, insert a symbol or arrow to indicate the direction of the approximately uniform B within the Helmholtz coil, assuming the direction of I shown in diagram. Purple arrow placed up above. Assuming the direction of B you predicted in Q6, draw Fg on the electron in the position shown below as it first leaves the metal plates.

Directly on Figure 9 above, insert a symbol or arrow to indicate the direction of the approximately uniform B within the Helmholtz coil, assuming the direction of I shown in diagram. Purple arrow placed up above. Assuming the direction of B you predicted in Q6, draw Fg on the electron in the position shown below as it first leaves the metal plates.

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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Question

Q6. Directly on Figure 9 above, insert a symbol or arrow to indicate the direction of the
approximately uniform B within the Helmholtz coil, assuming the direction of I shown
in diagram. Purple arrow placed up above.
Q7. Assuming the direction of B you predicted in Q6, draw Fg on the electron in the
position shown below as it first leaves the metal plates.
GREEN ARROW:F;
Point out towards you.
PURPLE ARROW: B
Q8. Explain why the electron takes a circular path once it leaves the metal plates. This is
blue/green curve in Figure 9.

Helmholtz Coil
heater
- 6.3 V AC
120-180 V
Figure 9: Schematic of the e/m apparatus with the direction of current flow, I, and the
radius of the electron beam (blue/green curve), r, indicated.

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