When a car accelerates, you may feel a sense of being pressed back into your seat due to inertia. You may also experience a feeling of increasing speed and excitement as the car gains momentum. Additionally, the engine noise may become louder as the revs go up.
When the elevator accelerates upward, your body experiences a force in that direction. This force adds to your weight, giving the sensation of feeling heavier. It is similar to the feeling you get when you are in a car that accelerates quickly - you are pushed back into your seat.
My car is accelerating at 10 miles per hour per hour.
A car could be an example or really anything that can change in velocity....
When a car is accelerating, the main forces acting on it are the driving force from the engine that propels the car forward, and the opposing forces such as friction between the tires and the road surface, air resistance, and the car's inertia that resists the change in motion.
In the case of the elevator accelerating upwards, the entire elevator, including the fluid inside it, is accelerating upwards. This means the buoyant force acting on the fluid is also accelerating upwards, leading to inaccuracies in applying Archimedes' principle. However, in the case of a car accelerating on a level road, the acceleration is not affecting the surrounding fluid, so Archimedes' principle holds true.
You may have something wrong with your engine.
Because the Earth is travelling at a constant speed. i.e. it is not accelerating. Another example of this can be found in the car. When the car is accelerating, we can feel ourselves being pushed into our seats, but when we are travelling on a motorway at the same speed, we do not get this feeling.
When the elevator accelerates upward, your body experiences a force in that direction. This force adds to your weight, giving the sensation of feeling heavier. It is similar to the feeling you get when you are in a car that accelerates quickly - you are pushed back into your seat.
noise and jolting is present whilst car is idolling and accelerating
Frame of reference is the measurement or observation that tells you that a car is accelerating. It uses the second law of motion to tell you rather or not the car is accelerating.
they feel traveling fast
It is because the car is accelerating from zero miles per hour to a faster speed so you feel pushed backwards.
My car is accelerating at 10 miles per hour per hour.
your car might be weak on accelerating because it isn't firing on all cylinders.
Frame of reference is the measurement or observation that tells you that a car is accelerating. It uses the second law of motion to tell you rather or not the car is accelerating.
She does not want to travel in the car because it is not clean and the people do not look trustworthy to her
like riding in a car while sitting in a la-z-boy. they handle differently, and turn corners much wider.