2.0 cm A wire Is bent into the shape showwn in the figure and placed in a uniform magnetic fleld B, directed into the page. The left and right vertical parts are parallel to each other and separated by 2.0 cm. When a current of 10 A passes through the wire, a force of 0.10N acts on the wire. What is the strength of the uniform magnetic field? O 0.50 gauss O 1.00 tesla O 0.25 tesla O Not enough information is provided O 1.50 gauss 1.50 tesla O 0.50 tesla 0.25 gauss O 1.00 gauss
2.0 cm A wire Is bent into the shape showwn in the figure and placed in a uniform magnetic fleld B, directed into the page. The left and right vertical parts are parallel to each other and separated by 2.0 cm. When a current of 10 A passes through the wire, a force of 0.10N acts on the wire. What is the strength of the uniform magnetic field? O 0.50 gauss O 1.00 tesla O 0.25 tesla O Not enough information is provided O 1.50 gauss 1.50 tesla O 0.50 tesla 0.25 gauss O 1.00 gauss
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Transcribed Image Text:2.0 cm
A wire Is bent into the shape shovn in
the figure and placed in a uniform
magnetic fleld B, directed into the
page. The left and right vertical parts
are parallel to each other and
separated by 2.0 cm. When a current
of 10 A passes through the wire, a
force of 0.10 N acts on the wire.
What is the strength of the uniform
magnetic field?
0.50 gauss
О 1.00 tesla
0.25 tesla
Not enough Information is provided
1.50 gauss
1.50 tesla
0.50 tesla
O 0.25 gauss
O 1.00 gauss
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