6. (5 pts) Fig 9, shows on x-y plane an infinitely long wire carrying current I=10...

Transcribed Image Text:

6. (5 pts) Fig 9, shows on x-y plane an infinitely long wire carrying current I=10 A. A conducting rod sits on two parallel frictionless rails (the spacing of the rail is a) with a distance a from the current. Assume the velocity of the rod is 103 m/s moving toward right. What is the current b (in SI unit) through the conducting rod? (assume there is a resistor with R=10-³2 in the far left end of the rails. a=1.0 m, In2 - 0.7, µo=4T x 10-7) (A) b <0.5 (F) 2.5 <b < 3 (G) 3<b <4 (H) 4<b < 8 (J) 8 < b< 10 (K) 10<b (B) 0.5 <b <1.0 (C) 1.0 <b < 1.5 (D) 1.5 <b <2.0 (E) 2 <b < 2.5 vo =103 m/s a R=10-32 a-f. Fig. 9 I=10 A 6. (5 pts) Fig 9, shows on x-y plane an infinitely long wire carrying current I=10 A. A conducting rod sits on two parallel frictionless rails (the spacing of the rail is a) with a distance a from the current. Assume the velocity of the rod is 103 m/s moving toward right. What is the current b (in SI unit) through the conducting rod? (assume there is a resistor with R=10-³2 in the far left end of the rails. a=1.0 m, In2 - 0.7, µo=4T x 10-7) (A) b <0.5 (F) 2.5 <b < 3 (G) 3<b <4 (H) 4<b < 8 (J) 8 < b< 10 (K) 10<b (B) 0.5 <b <1.0 (C) 1.0 <b < 1.5 (D) 1.5 <b <2.0 (E) 2 <b < 2.5 vo =103 m/s a R=10-32 a-f. Fig. 9 I=10 A

Answer rating: 100% (QA)

Solution Acearding to Taraday... View the full answer