Physics, 03.12.2019 03:31, Jamalmcc8nh78
An electron moves through a uniform electric field e = (2.00î + 5.40ĵ) v/m and a uniform magnetic field b = 0.400k t. determine the acceleration of the electron when it has a velocity v = 8.0î m/s. (give each component in m/s2.)
Answers: 2
![F=e\left [ \vec{E}+\left ( \vec{v}\times \vec{B}\right )\right ]](/tpl/images/0400/3873/6b0d2.png)
![a=\frac{e\left [ \vec{E}+\left ( \vec{v}\times \vec{B}\right )\right ]}{m}](/tpl/images/0400/3873/097b4.png)
![a=\frac{1.6\times 10^{-19}\left [ 2\hat{i}+5.4\hat{j}+\left ( 8\hat{i}\times 0.4\hat{k}\right )\right ]}{9.1\times 10^{-31}}](/tpl/images/0400/3873/193e6.png)
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An electron moves through a uniform electric field e = (2.00î + 5.40ĵ) v/m and a uniform magnetic fi...
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