Q- A point charge 50 nbsp- -956-C is located in xy plane at the point of position vector nbsp-ro -8594- nbsp- 2- icirc- - 3 nbsp- What is the electric field at the point of position vector nbsp-r -8594- nbsp- 8 nbsp- icirc- - 5 nbsp- -in meter -1- 1200 V- M nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp-2- -04 V-M nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- -3- 900 V-M nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- nbsp- -4- 4500 V-M

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Potential and Potential Energy Relation

Q. A point ch...

Question

Q. A point charge 50 $μ$ C is located in xy plane at the point of position vector $\vec{r_{o}}$ = 2î + 3 ĵ. What is the electric field at the point of position vector $\vec{r_{}}$ = 8 î - 5 ĵ (in meter )
(1) 1200 V/ M (2) .04 V/M (3) 900 V/M (4) 4500 V/M

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50 μ C

XY-

{\to r}_{0} = 2^i + 3^j

V/m

\to r = 8^i - 5^j

50 μ C

X Y

{\to r}_{0} = 2^i + 3^j

{\to r}_{1} = 8^i - 5^j

q = 50 μ C

x y

_{o} = 2^i + 3^j

\to r = 8^i - 5^j

50 μ C

x - y

{\to r}_{0} = (2^i + 3^j) m .

\to r = (8^i - 5^j) m,

q = 100 μ C

_{0} = 2^i + 3^j +^k .

\to r = 8^i - 5^j +^k ?

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