There is an electric field E in -x direction- If work done by electric field in moving a charge 0-2C through a distance of 2m along a line making an angle of 60 degree with x-axis is 1-0J- what is the value of E in N-C-

Question

Toppr Admin · Accepted Answer

Correct option is A- -5-Given-q-2C-d-2m- -theta-60-circ-E-1J-W-F-cdot dx-qE-times s-cos - -theta-160- - -Rightarrow 1-0-2E-times 2-cos - - 60 - o - - -Rightarrow E-5N- C - -1 -

There is an electric field $$E$$ in $$+x$$ direction. If work done by electric field in moving a charge $$0.2C$$ through a distance of $$2m$$ along a line making an angle of $$60$$ degree with x-axis is $$1.0J$$, what is the value of $$E$$ in $$N/C$$?

Correct option is A. $$5$$
Given:
$$q=.2C\\d=2m\\ \theta=60^\circ\\E=1J$$
$$W=F\cdot dx=qE\times s\cos { \theta }$$
$$ \Rightarrow 1=0.2E\times 2\cos { { 60 }^{ o } } $$
$$\Rightarrow E=5N{ C }^{ -1 }$$

There is an electric field $$E$$ in $$+x$$ direction. If work done by electric field in moving a charge $$0.2C$$ through a distance of $$2m$$ along a line making an angle of $$60$$ degree with x-axis is $$1.0J$$, what is the value of $$E$$ in $$N/C$$?

Correct option is A. $$5$$Given:$$q=.2C\\d=2m\\ \theta=60^\circ\\E=1J$$$$W=F\cdot dx=qE\times s\cos { \theta }$$$$ \Rightarrow 1=0.2E\times 2\cos { { 60 }^{ o } } $$$$\Rightarrow E=5N{ C }^{ -1 }$$

Correct option is A. $$5$$
Given:
$$q=.2C\\d=2m\\ \theta=60^\circ\\E=1J$$
$$W=F\cdot dx=qE\times s\cos { \theta }$$
$$ \Rightarrow 1=0.2E\times 2\cos { { 60 }^{ o } } $$
$$\Rightarrow E=5N{ C }^{ -1 }$$