Derive expression for electric field due to a dipole. Modify the expression when z>>d. 4. OR Find the electrical potential due to line of charges. CO1: Define or Justify different physical quantities; CO2: Derive various equations of Electric Field, Potentia Electricity, and Capacitance; CO3: Evaluate different numerical problems
Derive expression for electric field due to a dipole. Modify the expression when z>>d. 4. OR Find the electrical potential due to line of charges. CO1: Define or Justify different physical quantities; CO2: Derive various equations of Electric Field, Potentia Electricity, and Capacitance; CO3: Evaluate different numerical problems
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![[4] CO2
Derive expression for electric field due to a dipole. Modify the expression when
z>>d.
OR Find the electrical potential due to line of charges.
4.
CO1: Define or Justify different physical quantities; CO2: Derive various equations of Electric Field, Potential and
Electricity, and Capacitance; CO3: Evaluate different numerical problems](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F378d1efd-8348-4736-92bd-2385c6d56cce%2F0f761fae-21b6-448c-a076-cb301f9a8843%2Fek8ya9j_processed.png&w=3840&q=75)
Transcribed Image Text:[4] CO2
Derive expression for electric field due to a dipole. Modify the expression when
z>>d.
OR Find the electrical potential due to line of charges.
4.
CO1: Define or Justify different physical quantities; CO2: Derive various equations of Electric Field, Potential and
Electricity, and Capacitance; CO3: Evaluate different numerical problems
Expert Solution
Step 1
Electric field due to dipole for the points on the axis
Let point P is at a distance z from the center of dipole.
Step by step
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