1. State Kirchhoff’s current and voltage laws with the circuit diagram. [

Descriptions:

The Kirchhoff’s current and voltage law is written perfectly,
the circuit diagrams are found correctly and also the
equations are shown appropriately.

2. How could you explain the significance of the negative sign in Faraday law of induction?

Descriptions
All the topics are described with proper explanation and examples.

3. Is it possible to find a body with fractional charge like +2.87e or -7.5e? Explain why?

Descriptions
All the topics are described with proper explanation and examples.

4. Two equal and opposite charges of magnitude are held 35 cm apart. a) What is the direction and magnitude of E at mid-point between the charges? b) What is the force act on an electron placed
here?

Descriptions
The formulas are written properly, and the final result is
obtained with high accuracy incorporating all appropriate
mathematical expressions and the units of different
parameters.

5. An uncharged capacitor and a resistor are connected in series to a battery. If V=35V, C=6µF, and R=8×Ω. Find the
max charge, max current, and charge as a function of time.
Descriptions
The formulas are written properly, and the final result is
obtained with high accuracy incorporating all appropriate
mathematical expressions and the units of different
parameters.

6. Derive an expression for the absolute electric potential difference due to a Point Charge Q.
Descriptions
The topics of the question are discussed satisfactorily with
suitable expressions, figures, and appropriate illustrations
with high accuracy & clarity.

7. Consider a resistor and an inductor is connected in series with a battery. Drive an expression for energy stored in the magnetic field of a current carrying conductor.

Descriptions
The topics of the question are discussed satisfactorily with
suitable expressions, figures, and appropriate illustrations
with high accuracy & clarity.

Question

1. State Kirchhoff’s current and voltage laws with the circuit diagram. [

Descriptions:

The Kirchhoff’s current and voltage law is written perfectly,
the circuit diagrams are found correctly and also the
equations are shown appropriately.

2. How could you explain the significance of the negative sign in Faraday law of induction?

Descriptions
All the topics are described with proper explanation and examples.

3. Is it possible to find a body with fractional charge like +2.87e or -7.5e? Explain why?

Descriptions
All the topics are described with proper explanation and examples.

4. Two equal and opposite charges of magnitude are held 35 cm apart. a) What is the direction and magnitude of E at mid-point between the charges? b) What is the force act on an electron placed
here?

Descriptions
The formulas are written properly, and the final result is
obtained with high accuracy incorporating all appropriate
mathematical expressions and the units of different
parameters.

5. An uncharged capacitor and a resistor are connected in series to a battery. If V=35V, C=6µF, and R=8×Ω. Find the
max charge, max current, and charge as a function of time.
Descriptions
The formulas are written properly, and the final result is
obtained with high accuracy incorporating all appropriate
mathematical expressions and the units of different
parameters.

6. Derive an expression for the absolute electric potential difference due to a Point Charge Q.
Descriptions
The topics of the question are discussed satisfactorily with
suitable expressions, figures, and appropriate illustrations
with high accuracy & clarity.

7. Consider a resistor and an inductor is connected in series with a battery. Drive an expression for energy stored in the magnetic field of a current carrying conductor.

Descriptions
The topics of the question are discussed satisfactorily with
suitable expressions, figures, and appropriate illustrations
with high accuracy & clarity.

Accepted Answer

“Since you have asked multiple question, we will solve the first question for you. If you want any…

State Kirchhoff’s current and voltage laws with the circuit diagram. [ Descriptions: The Kirchhoff’s current and voltage law is written perfectly, the circuit diagrams are found correctly and also the equations are shown appropriately