8. In what way should you connect an ammeter to an electronic component to correctly measure the electric current flowing in it? • Connect it in parallel with the electronic component because current flowing in parallel branches is the same for each branch. • Connect it in series with the electronic component because current flowing in series connections is the same all throughout. 9. How should you connect a voltmeter to a component to get the correct voltage drop in that component? *

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Please answer the questions in the photo, please show me the SOLUTION and please indicate the right answer thank you
8. In what way should you connect an
ammeter to an electronic component
to correctly measure the electric
current flowing in it? *
• Connect it in parallel with the
electronic component because
current flowing in parallel branches
is the same for each branch.
• Connect it in series with the
electronic component because
current flowing in series
connections is the same all
throughout.
9. How should you connect a
voltmeter to a component to get the
correct voltage drop in that
component? *
• Connect it in parallel with the
electronic component because the
voltage drop in parallel branches is
the same for each branch.
• Connect it in series with the
electronic component because the
voltage drop in series connections
is the same all throughout.
Transcribed Image Text:8. In what way should you connect an ammeter to an electronic component to correctly measure the electric current flowing in it? * • Connect it in parallel with the electronic component because current flowing in parallel branches is the same for each branch. • Connect it in series with the electronic component because current flowing in series connections is the same all throughout. 9. How should you connect a voltmeter to a component to get the correct voltage drop in that component? * • Connect it in parallel with the electronic component because the voltage drop in parallel branches is the same for each branch. • Connect it in series with the electronic component because the voltage drop in series connections is the same all throughout.
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