02. A metal rod of resistance r is moving to to right with a velocity ve on two metallic rails that are parallel and separated by a distance I as shown below. A resistance R is connected as shown. While the rod is moving a magnetic field B (pointing into the page as shown) is turned on. メTod rails Tx (1) What happens to rod after B is switched on while it is moving to right? (2) Find the motional emf induced (3) Find the current in the circuit ン

College Physics
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Q2. A metal rod of resistance r is moving to to right with a velocity Ve on two metallic rails
that are parallel and separated by a distance I as shown below. A resistance R is connected as
shown. While the rod is moving a magnetic field B (pointing into the page as shown) is turned
on.
Yod
Xails
人
メ
(1) What happens to rod after B is switched on while it is moving to right?
(2) Find the motional emf induced
(3) Find the current in the circuit
(4) What is the direction of force on the rod
(5) Find the extemal force (F) required to keep the rod moving at a constant velocity
(6) Is this force constant?
(7) What is its direction?
(8) What is power needed to exert F. This power is called Input power (P)
(9) Find the Output Power (P)
(10) If energy is conserved, is P= P ?
ン
Transcribed Image Text:Q2. A metal rod of resistance r is moving to to right with a velocity Ve on two metallic rails that are parallel and separated by a distance I as shown below. A resistance R is connected as shown. While the rod is moving a magnetic field B (pointing into the page as shown) is turned on. Yod Xails 人 メ (1) What happens to rod after B is switched on while it is moving to right? (2) Find the motional emf induced (3) Find the current in the circuit (4) What is the direction of force on the rod (5) Find the extemal force (F) required to keep the rod moving at a constant velocity (6) Is this force constant? (7) What is its direction? (8) What is power needed to exert F. This power is called Input power (P) (9) Find the Output Power (P) (10) If energy is conserved, is P= P ? ン
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