Suppose we have a kangaroo with charge q and velocity v = v(Îî + ĵ). The kangaroo is immersed in an electri Eĵ and magnetic field B = Bĵ. What is the force experienced by the kangaroo (assume that the kangaroo is a point particle)? Field E= ○ A. q(Ej + vBk) ○ B. q(Ej – vBk) OC. qEj ○ D. q[Eĵ+vB( +vB(îĵ +ĵ³)]
Suppose we have a kangaroo with charge q and velocity v = v(Îî + ĵ). The kangaroo is immersed in an electri Eĵ and magnetic field B = Bĵ. What is the force experienced by the kangaroo (assume that the kangaroo is a point particle)? Field E= ○ A. q(Ej + vBk) ○ B. q(Ej – vBk) OC. qEj ○ D. q[Eĵ+vB( +vB(îĵ +ĵ³)]
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![field E
=
Suppose we have a kangaroo with charge q and velocity v = v(Î + 1). The kangaroo is immersed in an electric
Ej and magnetic field B = Bĵ. What is the force experienced by the kangaroo (assume that the kangaroo is a point particle)?
○ A.
B.
O C. qEj
○ D. q[Eĵ +vB(îĵ +ĵ³)]
q(Eĵ + vBk)
q(Ej – vBk)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e6a3dfe-5a40-4078-aceb-8649e945adfc%2Fae7b6538-601a-4ef5-8725-21afb3ee1f41%2F28dauxp_processed.png&w=3840&q=75)
Transcribed Image Text:field E
=
Suppose we have a kangaroo with charge q and velocity v = v(Î + 1). The kangaroo is immersed in an electric
Ej and magnetic field B = Bĵ. What is the force experienced by the kangaroo (assume that the kangaroo is a point particle)?
○ A.
B.
O C. qEj
○ D. q[Eĵ +vB(îĵ +ĵ³)]
q(Eĵ + vBk)
q(Ej – vBk)
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