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A point charge of 2×10–¹⁶ C and 5×10–²⁶ kg moving in the combined fields of B = –3āx+2āy–1āz mT and E = 100āx–200āy+300āz V/m. If the charge velocity at t = 0 is v(0) = (2āx–3āy–4āz)×10⁵ m/s, the acceleration of charge at t = 0 is
600×10⁹(3āx+2āy–3āz) m/s²
400×10⁹(6āx+6āy–3āz) m/s²
400×10⁹(6āx–6āy+3āz) m/s²
800×10⁹(6āx+6āy–āz) m/s²
800×10⁹(6āx+6āy–āz) m/s²
Practice and solve "A point charge of 2×10–16 C and 5×10–26 kg moving in the combined fields of B = –3āx+2āy..." for Electrical - Electromagnetics Field Theory . The correct answer is Option D: 800×109(6āx+6āy–āz) m/s2. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.
Option **(d) **