Why the world is now so confused about the difference between an electric car and a gas guzzler

Why the world is now so confused about the difference between an electric car and a gas guzzler

The world of EVs has been confusingly confusing for years.

In fact, we’ve been writing about EVs for over 20 years now, and in that time, we have seen a number of key differences between the two: What’s the difference?

The differences are so large, in fact, that it’s hard to define them.

As we’ve said many times, EVs are a completely different thing from conventional cars.

The main difference between EVs and regular cars is that EVs don’t need to be refueled.

For instance, in an electric vehicle, the only fuel you need to refuel is water, and the hydrogen produced in the engine is enough to power the vehicle for about 30 minutes.

EVs can also run on natural gas, and most gas stations will give you a full tank of gas for free if you buy the gas-powered model, and that’s about the only difference between a conventional car and an EV.

That’s a big one, but EVs are not meant to run on gasoline.

That power comes from electric motors, and EVs are designed to be powered by electric motors.

For a lot of people, the difference is obvious, and it’s why we call them “electric cars.”

But for those of us who don’t have a Tesla, the differences are even more confusing, and they can make the difference in how much you enjoy driving an EV or a conventional vehicle.

Here are some of the more important differences between EVs versus conventional cars: What are the differences between gasoline-powered cars and electric cars?

What are gasoline-based vehicles?

The basic idea behind gasoline-electric cars is to use gasoline as a fuel source, so that they don’t require any special catalysts or any other special catalyzing equipment.

Most gasoline-engine cars are gas-fueled, but not all gasoline-fuel cars are gasoline.

Electric cars, on the other hand, are battery-electric vehicles.

They are batteries that can be charged with electricity and use it to make electricity.

And unlike gasoline-driven cars, electric vehicles don’t run on fossil fuels, like natural gas.

They run on electricity.

That means that they are cleaner, safer, more fuel efficient, and more environmentally friendly.

But EVs are much more than gasoline- or battery-powered vehicles.

In terms of the size of the battery itself, there are a number differences between electric and conventional cars that are worth mentioning.

The size of an EV battery is larger than a gasoline- and battery-fuel car’s battery.

That is because of the way they work.

An electric car’s main power source is its electric motor.

An EV battery needs to have a lot more juice than a conventional battery to charge a lot.

The bigger the battery, the more energy it can store, and vice versa.

That makes it more efficient.

And that means that EVs are often lighter than conventional cars, which is important because electric cars have to be heavier than their gasoline-engined counterparts.

EVs are also designed to run much faster than gasoline vehicles.

An internal combustion engine can get you from 0 to 60 mph in less than 3 seconds, whereas an electric motor takes a much longer time.

In short, an electric battery can run for much longer than a typical gasoline car.

And an electric electric car is much lighter.

For example, an average electric car weighs about 35 pounds (14 kilograms), while an average gasoline-drive car weighs somewhere between 75 and 85 pounds (21 and 29 kilograms).

How do they work?

Electric cars use two types of electrical energy: electricity and the chemical energy of the gasoline you burn in your engine.

The gas you burn is called “electric power.”

That’s why you hear about “gas” when someone says, “electricity” or “gasoline.”

You can think of the gas in your vehicle as a kind of fuel.

When you start driving an electric or hybrid car, the gasoline is burned and then it goes into the battery to be used for powering the vehicle.

You can also use gasoline for other things.

When the gas tanks are full, it is turned into electricity.

In some cases, you can also store electricity in the battery as a backup when the battery is low on electricity and you need a longer run.

How long does an EV have to run before it runs out of juice?

The general rule is that a battery-based electric vehicle has to be able to run for at least an hour to recharge its energy.

For gasoline-oriented cars, that means you need about 1,000 miles (1,500 kilometers) of range.

That range depends on the battery’s capacity.

For gas-oriented vehicles, however, the battery can’t go as long without needing to recharge.

And if the battery gets completely drained, it will only be able go as far as the power source it was plugged into in the first place.

How does an electric-powered car use electricity?

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