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the others in the car.
What else can I help you with?
In what frame of reference would you be at rest while riding a car?
the others in the car.
In what frame of reference would you be at rest while riding in a car?
If you were someone in the vehicle you would appear at rest, outside of the car you appear in motion.
What is the frame of reference for a plane moving at 500 km h?
The frame of reference for a plane moving at 500 km/h could be relative to the ground or the air. The ground frame of reference would consider the plane's speed relative to the Earth's surface. The air frame of reference would consider the plane's speed relative to the surrounding air.
How can you tell the motion of your frame of reference?
usually the motion of your frame of reference is 0. When you are in a train going 50 mph, your frame of reference would be you are going 0 mph and the tracks are traveling at -50 mph.
What is an example of frame of reference for the motion of the snowboarder?
A tree can be used for a frame of reference for the motion of a snowboarder.
Can you move vectors spirally?
In a fixed frame of reference a spiral vector would be a combination of a linear vector and a rotational vector.In a rotating frame of reference a spiral could be a single linear vector but only to a viewer external to the frame of reference.
What kind of frame of reference would an air pilot be?
An air pilot would typically use an inertial frame of reference, based on the aircraft's motion relative to the Earth's surface. This frame takes into account the aircraft's speed, direction, and altitude to navigate accurately.
What is the frame reference for a plane moving at 500kmh?
The frame of reference for a plane moving at 500 km/h can be either the ground or the surrounding air. In both cases, the speed of the plane relative to these frames of reference would be 500 km/h.
What are the uses of force frame in physics?
to generate the fictitious force that would transform one reference frame into the other in a single timestep.
Why should you specify a reference frame when describing motion and how does it affect the accuracy of your observations?
Specifying a reference frame when describing motion is important because it provides a point of comparison for measuring the movement of an object. Without a reference frame, it would be difficult to accurately determine the speed, direction, and position of an object. By using a reference frame, you can ensure that your observations are consistent and reliable, leading to more accurate measurements of motion.
How could you be moving in one frame of reference but not in another?
Here's one example. Suppose you're on a train. Now let's further suppose this is a very smooth-riding train and that the windows are covered up and you've never been on a train before. As long as the train is going straight (no curves, no hills) and not accelerating or decelerating, it would be very difficult for you to tell you're moving relative to the outside world: everything in the train is moving at the same speed you are, or, to put it another way, you're all in the same frame of reference. That frame of reference may be moving 60 miles per hour relative to the outside world, but everything you can see or measure appears to be standing still.
What item is used to measure time?
According to Einstein time is one component of "spacetime" and therefore its measurement is relative to your frame of reference. In your frame of reference you would measure it in seconds and you may use a chronometer to measure it.
