A particle (mass = 6.0 mg) moves with a speed of 4.0 km/s in a direction that makes an angle of 37

\degree

above the positive x axis in the xy plane.At the instant it enters a magnetic field of (5.0) mT it experiences an acceleration of (8.0) m/s2.What is the charge of the particle? $A particle (mass = 6.0 mg) moves with a speed of 4.0 km/s in a direction that makes an angle of 37 \degree above the positive x axis in the xy plane.At the instant it enters a magnetic field of (5.0) mT it experiences an acceleration of (8.0) m/s2.What is the charge of the particle? A)(-4.8 \mu C) B)4.0 \mu C C)(-4.0 \mu C) D)4.8 \mu C E)(-5.0 \mu C)$ $A particle (mass = 6.0 mg) moves with a speed of 4.0 km/s in a direction that makes an angle of 37 \degree above the positive x axis in the xy plane.At the instant it enters a magnetic field of (5.0) mT it experiences an acceleration of (8.0) m/s2.What is the charge of the particle? A)(-4.8 \mu C) B)4.0 \mu C C)(-4.0 \mu C) D)4.8 \mu C E)(-5.0 \mu C)$
A)(-4.8

\mu

C)
B)4.0

\mu

C
C)(-4.0

\mu

C)
D)4.8

\mu

C
E)(-5.0

\mu

A Deuteron Is Accelerated from Rest Through a 10-KV Potential

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