above the solenoid, and either an ammeter (to measure current) or a battery (to supply current) can be placed at the location marked x. The polarity of the magnet and the battery are both shown. This setup can be used to test several diff
above the solenoid, and either an ammeter (to measure current) or a battery (to supply current) can be placed at the location marked x. The polarity of the magnet and the battery are both shown. This setup can be used to test several diff
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
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An experimental apparatus is set up as shown below with a solenoid sitting on an
electronic balance. A permanent magnet is suspended above the solenoid, and either
an ammeter (to measure current) or a battery (to supply current) can be placed at the
location marked x. The polarity of the magnet and the battery are both shown. This
setup can be used to test several different physical concepts.
Design an experiment to test one of the physics concepts from this unit.
Note: There is more than one correct answer possible; your answer should create a
correct sequence.

Transcribed Image Text:kmarks Window Help
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UN
22
smartermarks.com
20.
A- Physics Concept
1- Lenz's Law
electronic balance. A permanent magnet is suspended above the solenoid, and either
an ammeter (to measure current) or a battery (to supply current) can be placed at the
location marked x. The polarity of the magnet and the battery are both shown. This
setup can be used to test several different physical concepts.
Design an experiment to test one of the physics concepts from this unit.
Note: There is more than one correct answer possible; your answer should create a
correct sequence.
2- Direction of
magnetic field
around a solenoid
3-Strength of
magnetic field.
around a solenoid
Electronic
Balance
2-Battery
(polarity as
shown)
-X
B-Equipment
1-Ammeter
or
MacBook Air
C-Manipulated Variable
1- Move magnet away from coil
2-Move magnet towards coil
3- Increase current in wire
✪
4-Decrease current in wire
5- Reverse direction of battery
6- Reverse polarity of magnet
D-Observation
1- Increased
mass reading
2-Decreased
mass reading
3- No change in
mass reading
(Record your four-digit answer in the numerical-response section below.)
Your answer:
0000
32
tv 2048
EPIC
GAMES
Smarter Marks :: SittingStudents
Wed
EPIC
GAMES
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