The Lightbulb In The Circuit Diagram Of The Figure Has A Resistance Of 1.0 Ohms. Let Delta V (ab) Represent The Magnitude Of The Potential Difference Between Points A And B. Part A. WHat Is The Value Of Delta V (12)? V(1)-V(2)= Part B. What Is The Value Of Delta V (23)? V(2)-V(3)= Part C. What Is The Value Of Delta V (34)? V(3)-V(4)= Part D. WHat Is …

 The Lightbulb In The Circuit Diagram Of The Figure Has A Resistance Of 1.0 
Ohms. Let Delta V (ab) Represent The Magnitude Of The Potential Difference 
Between Points A And B. Part A. WHat Is The Value Of Delta V (12)? 
V(1)-V(2)= Part B. What Is The Value Of Delta V (23)? V(2)-V(3)= Part C. 
What Is The Value Of Delta V (34)? V(3)-V(4)= Part D. WHat Is ...

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The lightbulb in the circuit diagram of the figure has a resistance of 1.0 ohms, Let Delta V (ab) represent the
magnitude of the potential difference between points a and b.

Part A.

WHat is the value of Delta V (12)?
VO)-V2}=

Part B.

What is the value of Delta V (23)?
VQ)-VG)=

Part C,

What is the value of Delta V (34)?
VO-vial=

Part D.

WHat is the value of Delta V (12) if the bulb is removed?
VO-V2}=

Part E.

WHat is the value of Delta V (23) if the bull is removed?
VQ)-VG)=

Part F

What is the value of Delta V (34) if the bulb is removed?
[email protected])-Via)=

Answers

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aVi2=
byV (23)=3/3*1=1V

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