Explain the main differences between an electric vehicle $($EV$)$ and a traditional internal

combustion engine $($ICE$)$ vehicle: Describe at least three major differences in terms of

components, energy sources, and environmental impact.

$2.$ Describe the purpose and functioning of the battery pack in an electric vehicle: Include

details about the types of batteries used, how battery capacity affects vehicle range, and

factors that impact battery life.

$3.$ What is the role of the electric motor in an EV$,$ and how does it differ from the engine in

an ICE vehicle?: Explain how the electric motor works and why it$$s suitable for EVs

compared to traditional engines.

$4.$ Explain how the inverter works in an EV and why it is essential for the vehicle$$s operation:

Describe the role of the inverter in converting power for the motor and how it contributes

to vehicle control and efficiency.

$5.$ Discuss the role of the Battery Management System $($BMS$)$ in an electric vehicle. Why is

it important for both performance and safety?: Explain how the BMS regulates the battery

pack and prevents issues such as overcharging and overheating.

$6.$ How does regenerative braking work in an electric vehicle, and what are its benefits:

Describe the regenerative braking process, including how it converts kinetic energy to

electrical energy and its impact on energy efficiency.

$7.$ Explain the different levels of EV charging $($Level $1,$ Level $2,$ and DC fast charging$)$ and

the benefits and limitations of each: Include charging times, typical locations for each level,

and the infrastructure required.

$8.$ What is the purpose of a thermal management system in an EV$,$ and how does it maintain

vehicle efficiency and safety?: Describe how the system manages heat for the battery and

motor, and its role in different climate conditions.