When a car is moving and how come a mosquito can fly the same speed inside the car
The Correct Answer and Explanation is:
When a car is moving and a mosquito is flying inside it, the mosquito can appear to fly at the same speed as the car because it is already moving with the car. This happens because the air inside the car moves along with the car itself. So, the mosquito is flying through air that is also traveling at the car’s speed.
Explanation
To understand this, think about what happens when you sit in a moving car. You, the seats, the air, and everything else inside the car are all moving at the same speed. Even though the car is traveling fast, you don’t feel the wind pushing against you because the air inside the car is not rushing past you. Instead, it is moving smoothly with the car.
Now, consider the mosquito. When the car starts moving, the mosquito and the air around it also start moving with the car. As a result, the mosquito has the same forward speed as the car, from the perspective of someone outside the car. Inside the car, however, it can fly around normally because the air inside is still and not rushing backward. The mosquito simply needs to flap its wings to move around in the cabin, just like it would do in a room that isn’t moving.
This is an example of what scientists call a frame of reference. Inside the car, your frame of reference is the car itself. Since everything inside is moving together, you don’t feel that motion. To you, it’s as if the mosquito is flying as usual. To someone outside the car, the mosquito is flying while also moving forward with the car’s motion.
This also explains why, if you toss a ball straight up in a moving car, it comes straight back down into your hand instead of flying backward. Everything inside is part of the same moving system.
