SOLVED: A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A uniform magnetic field B=2  T is parallel to the axis of the disc. When the current is 3  A, the disc rotateswith constant angular velocity. The frictional force at the rim between the stationary electrical contact and the rotating rim is 9 x × 10^-2 N. Find the value of x. W
SOLVED: A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A
VIDEO ANSWER: Hello strength, in this question. The disk is mounted on the access. It's okay. The place down virginal table and a magnetic building whose numer…
numerade.comMay 18, 2022
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A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A uniform magnetic field B=2  T is parallel to the axis of the disc. When the current is 3  A, the disc rotateswith constant angular velocity. The frictional force at the rim between the stationary electrical contact and the rotating rim is 9 x × 10^-2 N. Find the value of x.
A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A uniform magnetic field B=2  T is parallel to the axis of the disc. When the current is 3  A, the disc rotateswith constant angular velocity. The frictional force at the rim between the stationary electrical contact and the rotating rim is 9 x × 10^-2 N. Find the value of x.
numerade.com
Oct 18, 2021
A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A uniform magnetic field B=2  T is parallel to the axis of the disc. When the current is 3  A, the disc rotates with constant angular velocity. The frictional force at the rim between the stationary electrical contact and the rotating rim is 9 x ×10^-2  N. Find the value of x. | Numerade
A metal disc of radius R=6  cm is mounted on a frictionless axle. The current can flow through the axle out along the disc to a sliding contact of rim of the disc. A uniform magnetic field B=2  T is parallel to the axis of the disc. When the current is 3  A, the disc rotates with constant angular velocity. The frictional force at the rim between the stationary electrical contact and the rotating rim is 9 x ×10^-2  N. Find the value of x. | Numerade
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