A straight conductor is carrying conventional current of 5.0A horizontally [E20oS].A magnetic field of 0.35T points straight down (toward the earth) across 1.5m of the conductor. a.What is the force acting on the conductor (magnitude and direction)? Use real directions ... do not use “into the page” or “out of the page”(see the top of the test for a reference) b.The same wire with the same current andthe samelength running through the same magnetic fieldis re-oriented so thatonly the direction of the current is different. The resultingforce on the wire is0.898N[N]. What is the new direction of the conventional current in the wire?
A straight conductor is carrying conventional current of 5.0A horizontally [E20oS].A magnetic field of 0.35T points straight down (toward the earth) across 1.5m of the conductor. a.What is the force acting on the conductor (magnitude and direction)? Use real directions ... do not use “into the page” or “out of the page”(see the top of the test for a reference) b.The same wire with the same current andthe samelength running through the same magnetic fieldis re-oriented so thatonly the direction of the current is different. The resultingforce on the wire is0.898N[N]. What is the new direction of the conventional current in the wire?
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A straight conductor is carrying conventional current of 5.0A horizontally [E20oS].A magnetic field of 0.35T points straight down (toward the earth) across 1.5m of the conductor.
a.What is the force acting on the conductor (magnitude and direction)? Use real directions ... do not use “into the page” or “out of the page”(see the top of the test for a reference)
b.The same wire with the same current andthe samelength running through the same magnetic fieldis re-oriented so thatonly the direction of the current is different. The resultingforce on the wire is0.898N[N]. What is the new direction of the conventional current in the wire?
![A straight conductor is carrying conventional current of 5.0A horizontally [E20-S]. A magnetic field of
0.35T points straight down (toward the earth) across 1.5m of the conductor.
a. What is the force acting on the conductor (magnitude and direction)? Use real directions... do
not use "into the page" or "out of the page" (see the top of the test for a reference)
b. The same wire with the same current and the same length running through the same magnetic
field is re-oriented so that only the direction of the current is different. The resulting force on the
wire is 0.898N[N]. What is the new direction of the conventional current in the wire?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffbedc7d8-3cb6-4b16-90e9-041e46704ca4%2F7bf7c35e-b30e-4d93-9429-3d5f974a6f73%2Fldrkxo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A straight conductor is carrying conventional current of 5.0A horizontally [E20-S]. A magnetic field of
0.35T points straight down (toward the earth) across 1.5m of the conductor.
a. What is the force acting on the conductor (magnitude and direction)? Use real directions... do
not use "into the page" or "out of the page" (see the top of the test for a reference)
b. The same wire with the same current and the same length running through the same magnetic
field is re-oriented so that only the direction of the current is different. The resulting force on the
wire is 0.898N[N]. What is the new direction of the conventional current in the wire?
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