When you’re in a car and it suddenly speeds up, slows down, or turns, you might feel a weird sensation. This is called inertia!
According to Newton's First Law of Motion, also known as the Law of Inertia, things that are still stay still. And things that are moving will keep moving in a straight line and at the same speed. They only change if something makes them change.
Speeding Up: When the car goes faster, you might feel like you’re leaning back. That’s because your body wants to stay in place while the car moves forward.
Braking: If the car suddenly stops, you might lurch forward. This happens because your body wants to keep moving even though the car has stopped. This shows how inertia works!
Turning: When the car turns left, you might feel a pull to the right. This is because your body wants to keep going straight, showing that it resists the change in direction.
Inertia helps us understand what happens when we’re in a moving car. Whether you feel pushed back into your seat or sliding forward in your seatbelt, inertia is always there!
When you’re in a car and it suddenly speeds up, slows down, or turns, you might feel a weird sensation. This is called inertia!
According to Newton's First Law of Motion, also known as the Law of Inertia, things that are still stay still. And things that are moving will keep moving in a straight line and at the same speed. They only change if something makes them change.
Speeding Up: When the car goes faster, you might feel like you’re leaning back. That’s because your body wants to stay in place while the car moves forward.
Braking: If the car suddenly stops, you might lurch forward. This happens because your body wants to keep moving even though the car has stopped. This shows how inertia works!
Turning: When the car turns left, you might feel a pull to the right. This is because your body wants to keep going straight, showing that it resists the change in direction.
Inertia helps us understand what happens when we’re in a moving car. Whether you feel pushed back into your seat or sliding forward in your seatbelt, inertia is always there!