Comparison b/w Lithium-ion battery and Lead acid battery

Q1. Based on the experiment, which battery type maintained a more stable voltage during discharge?

A) Lead-acid battery

B) Lithium-ion battery

C) Both showed equal voltage stability

D) Neither maintained a stable voltage

Q2. What was observed regarding the charging speed of lithium-ion batteries compared to lead-acid batteries?

A) Lead-acid batteries charge faster than lithium-ion batteries

B) Lithium-ion batteries charge faster than lead-acid batteries

C) Both have similar charging speeds

D) Charging speed does not depend on battery type

Q3. In the experiment, how did the State of Charge (SOC) behavior differ between lithium-ion and lead-acid batteries?-

A) Lead-acid SOC fluctuated more and had less predictable behavior

B) Lithium-ion SOC showed more fluctuations than lead-acid SOC

C) Both batteries exhibited identical SOC behavior

D) Lead-acid SOC remained more stable than lithium-ion SOC

Q4. Which of the following statements about current characteristics is true based on the experimental results?

A) They have a slower discharge rate

B) They can handle sudden changes in load more effectively

C) They generate less power than lead-acid batteries

D) They lose charge faster than lead-acid batteries

Q5. According to the experimental results, which battery type is more suitable for electric vehicle (EV) applications?

A) Lead-acid battery

B) Lithium-ion battery

C) Both are equally suitable

D) Neither is used in EVs