A test charge of at the origin experiences a force given by

PHYSICS · Single correct · CBSE · Physics · Electric Charges and Fields · Electric Charges and Fields

Problem

A test charge of q=−1.5 μCq = -1.5\,\mu\text{C} at the origin experiences a force given by F⃗=(3.0 ı^−4.0 ȷ^)×10−3 N\vec F = (3.0\,\hat\imath - 4.0\,\hat\jmath)\times10^{-3}\,\text{N}. Which vector best represents the electric field E⃗\vec E at the origin? (a) (2.0×103 ı^−2.7×103 ȷ^) N/C(2.0\times10^{3}\,\hat\imath-2.7\times10^{3}\,\hat\jmath)\,\text{N/C} (b) (−2.7×103 ı^+2.0×103 ȷ^) N/C(-2.7\times10^{3}\,\hat\imath+2.0\times10^{3}\,\hat\jmath)\,\text{N/C} (c) (−2.0×103 ı^+2.7×103 ȷ^) N/C(-2.0\times10^{3}\,\hat\imath+2.7\times10^{3}\,\hat\jmath)\,\text{N/C} (d) (2.0×103 ı^+2.7×103 ȷ^) N/C(2.0\times10^{3}\,\hat\imath+2.7\times10^{3}\,\hat\jmath)\,\text{N/C}

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