3) What is the formula for the voltage drop across a resistor? V=エxR H= amount of Current measured in amps or amperage R=Resistonce,measured in ohms Table: Resistor 2 Resistor 1 R2 = 1 kilo ohms (k2) Voltage %3D R1 =2 kilo ohms ( k2) Voltage %3D Current Current Units milli Ampere (m A) Units:Volts(V) Units mill ampere Units: Volts (V) (m A) 1 3 3 1.5 4 4. 4 6. 6. 6. 7 3.5 4 8. 8. 8. Show your work for the slope calculations below. Slope, = %3D Slope, = 4) What do these slopes physically represent? ( hint: see formula in q.3) Wihat dmount of current x resistancej The voltage drop across a resistor 5) Does your graph verify ohm's law? How you can tell? Yes it does because when solving a Problem w/ ohm's law, o lov the obm's 2.

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So the issue I'm having a problem with is which equation I should be using to calculate the slope in dire need of help with the slope

3) What is the formula for the voltage drop across a resistor?
V=エxR
H= amount of Current measured in amps or amperage
R=Resistonce,measured in ohms
Table:
Resistor 2
Resistor 1
R2 = 1 kilo ohms (k2)
Voltage
%3D
R1 =2 kilo ohms ( k2)
Voltage
%3D
Current
Current
Units milli Ampere
(m A)
Units:Volts(V)
Units mill ampere
Units: Volts (V)
(m A)
1
3
3
1.5
4
4.
4
6.
6.
6.
7
3.5
4
8.
8.
8.
Show your work for the slope calculations below.
Slope, =
%3D
Slope, =
4) What do these slopes physically represent? ( hint: see formula in q.3)
Wihat dmount of current x resistancej The voltage drop across a
resistor
5) Does your graph verify ohm's law? How you can tell?
Yes it does because when solving a Problem w/ ohm's law,
o lov the
obm's
2.
Transcribed Image Text:3) What is the formula for the voltage drop across a resistor? V=エxR H= amount of Current measured in amps or amperage R=Resistonce,measured in ohms Table: Resistor 2 Resistor 1 R2 = 1 kilo ohms (k2) Voltage %3D R1 =2 kilo ohms ( k2) Voltage %3D Current Current Units milli Ampere (m A) Units:Volts(V) Units mill ampere Units: Volts (V) (m A) 1 3 3 1.5 4 4. 4 6. 6. 6. 7 3.5 4 8. 8. 8. Show your work for the slope calculations below. Slope, = %3D Slope, = 4) What do these slopes physically represent? ( hint: see formula in q.3) Wihat dmount of current x resistancej The voltage drop across a resistor 5) Does your graph verify ohm's law? How you can tell? Yes it does because when solving a Problem w/ ohm's law, o lov the obm's 2.
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