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Question

Q21. Consider the following statements:

1. Hybrid vehicles have two sources available to them— a battery that powers an electric motor and a fuel tank that powers a normal petrol engine.

2. All EVs need to be charged from a charging point.

Which of the statements are correct?


A

a) 1 only

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B

b) 2 only

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C

c) Both 1 and 2

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D

d) None of the above

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Solution

The correct option is C

c) Both 1 and 2


  • The key difference between hybrid and all-EVs is in the sources of fuel and locomotion available to them. Hybrid vehicles have two sources available to them— a battery that powers an electric motor and a fuel tank that powers a normal petrol engine.
  • Typically, the battery can power the electric motor for only about 60-70 km, but there are constant improvements being made in the efficiency and capacity of lithium-ion batteries and so, this is expected to improve as more car makers choose to roll out hybrid or electric variants.
  • However, there are some hybrid variants that can recharge the electric battery through a technology called regenerative braking, where the vehicle converts the force of the car when it brakes into electrical energy.
  • In these models, only the fuel tank needs to be filled. All EVs need to be charged from a charging point. Charging time depends on the size of the battery and the source of electricity. A DC charging point can fully charge a car battery in a fraction of the time taken using an AC charging point, which is 6-8 hours.
  • The main difference is in their tax treatment under the Goods and Services Tax. While EVs are taxed at 12%, hybrid vehicles are taxed on par with the luxury vehicles at 28% plus 15% cess.

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Q.

Read the following passage and answer the question that follows.

A hybrid vehicle is a vehicle which uses two or more kinds of propulsion. Most hybrid vehicles use a conventional gasoline engine as well as an electric motor to provide power to the vehicle. These are usually called hybrid-electric vehicles, or HEVs. Hybrids use two types of propulsion in order to use gasoline more efficiently than conventional vehicles do. Most hybrid vehicles use the gasoline engine as a generator which sends power to the electric motor. The electric motor then powers the car. In conventional vehicles, the gasoline engine powers the vehicle directly. Since the main purpose of using a hybrid system is to efficiently use resources, most hybrid vehicles also use other efficient systems. Most hybrid vehicles have regenerative braking systems. In conventional vehicles, the gasoline engine powers the brakes, and the energy used in braking is lost. In regenerative braking systems, the energy lost in braking is sent back into the electrical battery for use in powering the vehicle. Some hybrid vehicles use periodic engine shutoff as a gas-saving feature. When the vehicle is in idle, the engine temporarily turns off. When the vehicle is put back in gear, the engine comes back on. Some hybrids use tires made of a stiff material which rolls easily and prevents drag on the vehicle. Since hybrid vehicles use less gasoline than conventional vehicles, they put fewer emissions into the atmosphere than conventional vehicles do. As hybrids become more popular, conventional vehicles are being used less, and the level of emissions being put into the air is decreasing. Hybrid vehicles are an example of an energy-efficient technology that is good for both consumers and the environment.

According to the passage:


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