Induction Data Sheet

	B	F	G	H	I	J	K
1	Part 1	Part IV
2	Which way do the electrons move?	With Steel Bar
3	Which way does the current flow?	Quantity	Large Coil Voltage	Large Coil Turns	Small Coil Voltage	Small Coil Turns	Efficiency, f
4	When you point the dot end to the left, which way is the beam deflected?	Unit		Turns		Turns
5	When you point the dot end to the left, which way is the magnetic field?	Value				175
6	When you point the dot end to the right, which way is the beam deflected?	Uncertainty		1		1
7	When you point the dot end to the right, which way is the magnetic field?	Without Steel Bar
8	When you point the dot end up, which way is the beam deflected?	Quantity	Large Coil Voltage	Large Coil Turns	Small Coil Voltage	Small Coil Turns	Efficiency, f
9	When you point the dot end up, which way is the magnetic field?	Unit		Turns		Turns
10	When you point the dot end down, which way is the beam deflected?	Value				175
11	When you point the dot end down, which way is the magnetic field?	Uncertainty		1		1
12	Outside the magnet, the magnetic field flows from...
13	Based on the previous answer, which end of the magnet is north?	Was your coil measured as perfect efficiency (f=1) with the steel bar, to within uncertainty?
14		How did your measurement of f with the steel bar compare to without it?
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16
17	Part 2
18	Which end of the magnet did you insert first?
19	From above or below?
20	What direction is the change in flux?
21	Based on Lenz' law, what direction flux should the induced current generate?
22	What direction induced current (as viewed from above) generates this flux?
23	What direction did your galvanometer (initially) deflect?
24	What direction is your coil wound, from red to black (as viewed from above)?
25	What direction did you observe the induced current to flow (as viewed from above)?
26	What direction is the magnetic flux this induced current would produce?
27	Did your results match your expectation?
28	When you inserted the magnet quickly, did the galvanometer deflect more or less?
29	When you use more turns, does the galvanometer deflect more or less?
30	When you leave the magnet inside, what direction does the galvanometer deflect?
31	What is the name of the law which describes these last three observations?
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35	Part 3
36	Which direction was the current flowing in the inserted coil (as viewed from above)?
37	What direction does the field from that current point (inside the inserted coil)?
38	What direction is the change in flux (in the coil at rest) when you insert the small coil?
39	Based on Lenz' law, what direction flux should the induced current generate?
40	What direction induced current (as viewed from above) generates this flux?
41	What direction did your galvanometer (initially) deflect?
42	What direction is your at-rest coil wound, from red to black (as viewed from above)?
43	What direction did you observe the induced current to flow (as viewed from above)?
44	What direction is the magnetic flux this induced current would produce?
45	Did your results match your expectation?
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100