2 How does the electric potential difference across each resistor (AVI, AV. AV.) compare to one another and to the electric potential difference across the battery (AV.)? 3. How does the current in the battery () compare to the summative current in the three resistors?
2 How does the electric potential difference across each resistor (AVI, AV. AV.) compare to one another and to the electric potential difference across the battery (AV.)? 3. How does the current in the battery () compare to the summative current in the three resistors?
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Please answer #2 and 3 only
Transcribed Image Text:Basic Electronics of Science Teachers
Luboratory Activity 1
B. Build the circuit shown with three resistors, four ammeters and a battery.
Determine the values of current (amps) and electric pressure (volts) at the
indicated locations.
V=
Valte V=
Vult
V=
Vil
V=
Valle
Ainpe
Amp
Amp
Valle
Velle V=
Vate
Volts
1, For resistars 1, 2, and 3 and for the battery (B), calculate the electric pot
difference and fill in the table below.
Electric Potential
Difference (AV)
Element
Current (1)
Resiatance (R)
B
3.
2. How does the electric potential difference across each resistor (AVI, AV. AV.)
compare to one another and to the electric potential difference across the
battery (AV.)?
3. How does the current in the battery (l) compare to the summative current in the
three resistors?
Basic Electronics of Sclence Teachers
Labioratory Activity
4. Write the above reiationahip as an equatian:
5. Alter the values of the battery valtoge he resistance of the resistors so that
each resistor has a different
complete the table.
3/6
. Then make measurements and
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