A particle with a positive charge of 1 C moves with a velocity of (v=3i+K) m/s in a region where a uniform electric field of Ē=K NC and magnetic field of B=jT exist. What is the Lorentz force acting...

A particle with a positive charge of 1 C moves with a velocity of (v=3i+K) m/s in a region where a uniform electric field of<br>Ē=K NC and magnetic field of B=jT exist. What is the Lorentz force acting on the particle?<br>8 -<br>A) (3i+j+2k) N<br>B) (-i-3j+3k) N<br>C) (-i+3k) N<br>O D) -2jN<br>E) (-i+4k) N<br>

Extracted text: A particle with a positive charge of 1 C moves with a velocity of (v=3i+K) m/s in a region where a uniform electric field of Ē=K NC and magnetic field of B=jT exist. What is the Lorentz force acting on the particle? 8 - A) (3i+j+2k) N B) (-i-3j+3k) N C) (-i+3k) N O D) -2jN E) (-i+4k) N

Jun 11, 2022

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A particle with a positive charge of 1 C moves with a velocity of (v=3i+K) m/s in a region where a uniform electric field of Ē=K NC and magnetic field of B=jT exist. What is the Lorentz force acting...

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