A2 Level | CAPACITANCE | LAST PART | 2024 | Physics By Akhtar Mehmood

Explaining how energy is stored in capacitors, the amount of energy they can store, and how energy supply works.

Discussing how to vary battery voltage and understanding the impact on charge deposition and potential difference.

Explaining the graphical representation of charge on the x-axis and voltage on the y-axis to analyze charge distribution and deposition.

Analyzing charge opposition, equal and opposite charges, and energy storage requirements for force calculation.

Explaining the concept of potential difference, neutralization of charges, and power factor calculation.

Exploring the common potential difference concept and application of conservation of charge.

Explanation of the resistance of connecting wires during the charge distribution process.

Discussion on the resistance of connecting wires and the energy distribution process.

Explanation of the utilization of direct smoothening in circuits and motors.

Description of potential in a series connection with a switch and the time of current in the circuit.

Explanation of the relationship between current in the circuit and charge transfer passes.

Explanation of the charging and discharging process, including energy dissipation to the surroundings.

Discussion on proving equations and determining the maximum charge value.

Explanation of calculating the capacitance value and its impact on time delay in circuits.

Explaining the process of connecting a sorry energy switch

Discussing the concepts of shot time constant and discharge time constant

Calculating the value based on given parameters and gradients

Determination of energy and time taken for a specific process

Explaining the use of logarithmic functions and common log notation

Utilizing logarithmic and basic calculator formulas for calculations

Performing division calculations using specified formulas