112. A conductor is moved perpendicularly through magnetic field B as represented in the diagram 110. For which two angles between the direction of motion of a wire and a magnetic field can a potential difference be induced across the wire? below. (1) 0° and 45° (2) 0° and 90° (3) 45° and 90° (4) 45° and 180° 111. The diagram below represents a straight conductor between the poles of a permanent Motion magnet. N Conductor- In which direction should the wire be moved to induce a potential difference? (1) toward N (2) toward S (3) toward the top of the page (4) into the page What is being induced in the conductor? (1) potential difference (2) resistance (3) power (4) current

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Chapter1: Units, Trigonometry. And Vectors
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help please with questions 110,111, and 112 all together please and thank you
magnetic field B as represented in the diagram
Questions
110. For which two angles between the direction
of motion of a wire and a magnetic field can
a potential difference be induced across the
wire?
112. A conductor is moved perpendicularly through
below.
(1) 0° and 45°
(2) 0° and 90°
(3) 45° and 90°
(4) 45° and 180°
111. The diagram below represents a straight
conductor between the poles of a permanent
Motion
magnet.
Conductor>
In which direction should the wire
induce a potential difference?
moved to
(1) toward N
(2) toward S
(3) toward the top of the page
(4) into the page
What is being induced in the conductor?
(1) potential difference
(2) resistance
(3) power
(4) current
Transcribed Image Text:magnetic field B as represented in the diagram Questions 110. For which two angles between the direction of motion of a wire and a magnetic field can a potential difference be induced across the wire? 112. A conductor is moved perpendicularly through below. (1) 0° and 45° (2) 0° and 90° (3) 45° and 90° (4) 45° and 180° 111. The diagram below represents a straight conductor between the poles of a permanent Motion magnet. Conductor> In which direction should the wire induce a potential difference? moved to (1) toward N (2) toward S (3) toward the top of the page (4) into the page What is being induced in the conductor? (1) potential difference (2) resistance (3) power (4) current
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