A metal bar of mass m = 0.067 kg and length L = 1.10 m is suspended from two light metal wires, as shown in the figure b
Posted: Sun May 22, 2022 12:55 pm
A metal bar of mass m = 0.067 kg and length L = 1.10 m is
suspended from two light metal wires, as shown in the figure below.
A uniform magnetic field of magnitude B = 0.32 T points due
east. The bar is suspended along the north-south
direction. The wires make an angle 25° with the
vertical. In what direction should the current flow along the
bar (north or south) and how much current needs to flow in order
for the bar to be suspended in static equilibrium?
wh Z E suspended Nd S VIEW OF SYSTEM FROM SIDE (FACING NORTH) horizontal crossbar suspended rod 13 •horizontal crossbar which Supports the red
suspended from two light metal wires, as shown in the figure below.
A uniform magnetic field of magnitude B = 0.32 T points due
east. The bar is suspended along the north-south
direction. The wires make an angle 25° with the
vertical. In what direction should the current flow along the
bar (north or south) and how much current needs to flow in order
for the bar to be suspended in static equilibrium?
- A Metal Bar Of Mass M 0 067 Kg And Length L 1 10 M Is Suspended From Two Light Metal Wires As Shown In The Figure B 1 (108.03 KiB) Viewed 14 times