Math, asked by laksharai2005, 1 month ago

charge of 4 nano Coulomb and -8nano Coulomb are placed at a vertices a and c of the right angled triangle abc where it is right angled at b. calculate the resultant electric intensity at the vertice b.

Answers

Answered by ay176136

Answer:

hii good morning hshsbsh

Answered by IqBroly

Answer:

Charge of 4 nano Coulomb and -8nano Coulomb are placed at a vertices a and c of the right angled triangle abc where it is right angled at b. calculate the ...

Explanation:

Previous Question

Next Question

Similar questions

Hindi, 16 days ago

व्यायाम के लाभों का वर्णन करते हुए छोटे भाई को पत्र...

Science, 16 days ago

In the chemical formula CO2, the subscript 2 shows which of the following? A. There are two oxygen ions. B. There are two oxygen atoms. C. There are two CO2 molecules. D. There are two CO2 compounds. HELPP...

Math, 16 days ago

10. The coordinates of the vertices of region bounded by lines 3x - y -5;x+ 2y 4 and Y-axis are: AV-axis - 284 X-axis B (a) A(2,0); B(5,0) and C(1,2) (c) A(0,2); B(0,-5) and C(2,1) (b) A(2,0); B(-5,0) and C(1,2) (d) A(0,2), B(0,5) and C(2,1) 11 111...

Math, 1 month ago

The least common multiple of 12, 18, and 24 is 6.

Environmental Sciences, 1 month ago

microorganisms can be seen with the help of a __________ ...

Computer Science, 9 months ago

______ is not a type of permanent memory in a computer...

Math, 9 months ago

The fraction $\frac{2( \sqrt{2} + \sqrt{6} ) }{3( \sqrt{2} + \sqrt{3} )}$ is equal.... $a) \: \frac{2 \sqrt{2} }{3}$ $b) \: \: 1$ $c) \frac{2 \sqrt{3} }{3}$ $d) \frac{4}{3}$ ...

English, 9 months ago

He finished his work. He went out immediately (combine the sentence) ...

charge of 4 nano Coulomb and -8nano Coulomb are placed at a vertices a and c of the right angled triangle abc where it is right angled at b. calculate the resultant electric intensity at the vertice b.​

Answers

charge of 4 nano Coulomb and -8nano Coulomb are placed at a vertices a and c of the right angled triangle abc where it is right angled at b. calculate the resultant electric intensity at the vertice b.