Problem $5$: $(13\%$ of Assignment Value$)$

A first charge, $q_1=27\mathrm{.}6C,$ is located at

vec$(r{)}_1=(3\mathrm{.}63m)hat(i)+(-3\mathrm{.}29m)hat(j)$

A second charge, $q_2=-41\mathrm{.}7C,$ is located at

vec$(r{)}_2=(7\mathrm{.}65m)hat(i)+(6\mathrm{.}26m)hat(j)$

The force on the first charge due to the second charge can be written, using Cartesian unit vectors, as follows:

vec$(F)=F_x$hat$(i)+F_y$hat$(j)$

Part $($a$)$

What is the of the $x$ component of the force on the first charge due to the second charge in newtons?

$F_x=37\mathrm{.}40N$

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Part $($b$)$

What is the $y$ component of the force on the first charge due to the second charge in newtons?

Part $($c$)$

What is the magnitude, in newtons, of the force on the first charge due to the second charge?

Grade Summary

Deductions

potential

$0\%$

F N

$$

Submissions

Attempt$($s$)$ Remaining: $8$