1.1: The table below relates to straight conductors moving at constant speeds through uniform magnetic fields .The indicated directions follow a right hand Cartesian coordinate system (a screw turning form x to y advances with z) .Complete the table giving values, as well as directions where applicable. I li iii iv vi Flux density, m T 80(+z) 80(+z) 300(-y) 150(+y) ? 120(+y) Active length, mM 300(y) 300(y) 150(x) 60(z) 250(x) 200(2) Resistance , m2 5 5 10 0.8 2.5 Velocity, m/s 1.6(+x) 1.6(-x) ? 2(-х) Current, A 2(-у) 2(-y) ? 0.5(+z) 12(-x) 4(-z) Induced emf, mV 90(-x) 40(-z) -X

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1.1: The table below relates to straight conductors moving at constant speeds through
uniform magnetic fields .The indicated directions follow a right hand Cartesian coordinate
system (a screw turning form x to y advances with z) .Complete the table giving values, as
well as directions where applicable.
I
Ii
iii
iv
V
vi
Flux density, m T
80(+z)
80(+z)
300(-y)
150(+y)
?
120(+y)
Active length, mM
300(y)
300(y)
150(x)
60(z)
250(x) 200(z)
Resistance, m2
5
5
8
10
0.8
2.5
Velocity, m/s
1.6(+x)
1.6(-х)
2(-х)
?
Current , A
2(-y)
2(-y)
0.5(+z)
12(-х)
4(-z)
Induced emf, mV
90(-x)
40(-z)
?
terminal voltage, mV
?
105
?
60
?
Developed force, mN
?
750(+z) ?
?
Conversion power, mW ?
?
450
?
840
?
Copper loss, mW
?
Input power .mW
22.5
?
Output power, mW
?
?
Action
?
?
mot
mot
Gen
?
Transcribed Image Text:1.1: The table below relates to straight conductors moving at constant speeds through uniform magnetic fields .The indicated directions follow a right hand Cartesian coordinate system (a screw turning form x to y advances with z) .Complete the table giving values, as well as directions where applicable. I Ii iii iv V vi Flux density, m T 80(+z) 80(+z) 300(-y) 150(+y) ? 120(+y) Active length, mM 300(y) 300(y) 150(x) 60(z) 250(x) 200(z) Resistance, m2 5 5 8 10 0.8 2.5 Velocity, m/s 1.6(+x) 1.6(-х) 2(-х) ? Current , A 2(-y) 2(-y) 0.5(+z) 12(-х) 4(-z) Induced emf, mV 90(-x) 40(-z) ? terminal voltage, mV ? 105 ? 60 ? Developed force, mN ? 750(+z) ? ? Conversion power, mW ? ? 450 ? 840 ? Copper loss, mW ? Input power .mW 22.5 ? Output power, mW ? ? Action ? ? mot mot Gen ?
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