Please answer in detailed solution. I have attached the formulas and referencecs that we use. Thank you!Two equal resistances are connected in parallel across a 150V DC source. What potential difference exists between the midpoint of one resistance and a point that is one-third from either end of other resistance? VISIONTHEOREM(VDT) FOR RESISTORSCONNECTED IN SERIESE₁.E₂R₂E₁ -E,R,R₁ + R₂E₁E₂ER₂R₁ + R₂CURRENT DIVISIONTHEOREM(CDT) FOR RESISTORSCONNECTED IN PARALLELI₁4₁=₁R₂R₁+R₂1₂IR₁1₂2==R₁+R₂F=q x v x BwwwR₁R =1HorAB=FW=qvsinᎾmvWf=|q|B2πMagnetic Force on a Current-Carrying WireF=BILsineВμ =HMr = μHommf_NIR Rr=qBmmmf= NImmf= 0.4πNIflux passing 9В=areaAR=v²4=

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College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Please answer in detailed solution. I have attached the formulas and referencecs that we use. Thank you!

Two equal resistances are connected in parallel across a 150V DC source. What potential difference exists between the midpoint of one resistance and a point that is one-third from either end of other resistance?

VISION
THEOREM(VDT) FOR RESISTORS
CONNECTED IN SERIES
E₁.
E₂
R₂
E₁ -
E,R,
R₁ + R₂
E₁
E₂
ER₂
R₁ + R₂
CURRENT DIVISION
THEOREM(CDT) FOR RESISTORS
CONNECTED IN PARALLEL
I₁
4₁=₁
R₂
R₁+R₂
1₂
IR₁
1₂2==
R₁+R₂
F=q x v x B
www
R₁
R =
1
HorA
B=
F
W=
qvsinᎾ
mv
W
f=
|q|B
2π
Magnetic Force on a Current-
Carrying Wire
F=BILsine
В
μ =
H
Mr = μ
Ho
mmf_NI
R R
r=
qB
m
mmf= NI
mmf= 0.4πNI
flux passing 9
В
=
area
A
R=v²
4=

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