ONLY NEED DIRECTION!!
part 1:
In the figure, a 45 cm length of conducting
wire that is...
Physics, 02.04.2021 03:50, zaygonegraduate
ONLY NEED DIRECTION!!
part 1:
In the figure, a 45 cm length of conducting
wire that is free to move is held in place
between two thin conducting wires. All of the
wires are in a magnetic field. When a 11 A
current is in the wire, as shown in the figure,
the wire segment moves upward at a constant
velocity.
The acceleration of gravity is 9.81 m/s².
45 cm
11 A
11 A
11 A
Assuming the wire slides without friction
on the two vertical conductors and has a mass
of 0.12 kg, find the magnitude of the minimum
magnetic field that is required to move the
wire.
Answer in units of T.
answer = .24
part2:
What is its direction?
1. Out of the page
2. Into the page
3. None of these (not the answer)
4. toward the top edge of the page
5. toward the bottom edge of the page
6. toward the left edge of the page
7. toward the right edge of the page
Answers: 2
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Two vectors are shown. which statement best compares the vectors? vector x has greater magnitude than vector y. vector y has greater magnitude than vector x. the vectors have the same displacement. the vectors have the same direction.
Answers: 1
Physics, 22.06.2019 11:50, kaylallangari2145
Amoving electron has kinetic energy k1. after a net amount of work w has been done on it, the electron is moving one-quarter as fast in the opposite direction. (a) find w in terms of k1. (b) does your answer depend on the final direction of the electron's motion?
Answers: 2
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