Physics, asked by arnaavsns2, 8 months ago

Calculate the amount of work done to bring -2mC charge from one specific point (say 1) to another specific point (say 2). Electric potential at point 1 and 2 is -2V and 0V respectively

Answers

Answered by ravindrasharma5209
0

Explanation:

कैलकुलेट द अमाउंट ऑफ वर्क डन टू ब्रिंग माइनस टू एमसी चार्ज फ्रॉम वन स्पेसिफिक पॉइंट सेवन एंड अनदर स्पेसिफिक पॉइंट शेड्यूल अट द पॉइंट 28 पॉइंट 1 एंड 2 - 2.0 रिस्पेक्टिवली इज इक्वल टू माइनस टू एक्स इक्वल टू वन एंड टू इज इक्वल टू माइनस टू एंड एंड इफेक्टिवली

Answered by sonuvuce
0

The work done is 4 × 10⁻⁶ Joule.

Explanation:

Given:

Charge q = -2 μC

Electric Potential of point 1 V_1=-2 V

Electric potential of point 2 V_2=0 V

To find out:

Work done in bringing the charge from point 1 to 2

Solution:

We know that

Work done

W=-q\Delta V

\implies W=-q(V_2-V_1)

\implies W=-(-2)\times 10^{-6}[0-(-2)]

\implies W=4\times 10^{-6} Joule

Hope this answer is helpful.

Know More:

Q: Two point charges A and B 5 and 6 microcoulomb are kept 12cm apart in air .calculate work done when the charge B is move by 2 cm towards charge A.

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