Please answer in detailed solution. I have attached the formulas and referencecs that we use. Thank you!  A wire 15 cm long and carrying a charge of 400 C within 2 minutes is placed in between the pole pace of a magnet whose magnetic flux is 900 mT. If wire is inclined equilateral from the plane of magnetic field, what is the force exerted on the wire?

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter29: Direct Current (dc) Circuits
Section: Chapter Questions
Problem 64PQ: Ralph has three resistors, R1, R2, and R3, connected in series. When connected to an ideal emf...
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Please answer in detailed solution. I have attached the formulas and referencecs that we use. Thank you!

 A wire 15 cm long and carrying a charge of 400 C within 2 minutes is placed in between the pole pace of a magnet whose magnetic flux is 900 mT. If wire is inclined equilateral from the plane of magnetic field, what is the force exerted on the wire?

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
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
B=
r=
qB
m
mmf= NI
mmf= 0.4πNI
flux passing 9
В
=
area
A
R=v²
4=
Transcribed Image Text: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 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 B= r= qB m mmf= NI mmf= 0.4πNI flux passing 9 В = area A R=v² 4=
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