Space/time/velocity experiment

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In summary, the speaker had difficulties understanding the concept of space/time relativity due to their everyday use of time references. To better comprehend the concept, they conducted an experiment using constants of one second and the velocity of light. By sending a beam of light around circles of different radii, they discovered that the trip always took one second at the constant velocity of light. This helped them understand the concept of time slowing down as velocity increases for mass. They also hope to clarify their explanation and welcome any corrections.
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force5
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Many, many years ago when I was trying to understand the space/time connection, I had problems with this idea because of the way I used time references on a day to day basis. So here's what ended up doing to make the transition from thinking about normal time to thinking about space/time relativity.

First of all, this experiment does not use any form of matter or mass, but energy/volume. I used two constants;

1) constant time of one second.
2) constant velocity of c.

1st, I drew a circle. Then, using the fixed constants, I sent a beam of light around the circle one time. The trip took one second traveling at c.

2nd, I then doubled the radius of the circle. Again, I sent a beam of light around the larger circle one time. Again, the trip took one second traveling at c.

I continued doing this procedure using any radius I wished. The trip would always take one second traveling at c.

This helped me better understand how time slows down as the velocity increases for mass, as well as some other aspects of GR.

Although this may be common knowledge to some of you. It may help someone that's confussed about this matter just as I once was.

I hope someone will point out any errors in my way of thinking.
 
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Hold on a minute! After reviewing my post, I realized I didn't explain it very well. I'll make some enhancements shortly. Sorry
 

FAQ: Space/time/velocity experiment

What is the purpose of a space/time/velocity experiment?

The purpose of a space/time/velocity experiment is to study the relationship between space, time, and velocity. By conducting this experiment, scientists can better understand how objects move and interact in different environments.

How do you measure space, time, and velocity in this experiment?

In this experiment, space is typically measured using a ruler or measuring tape, while time is measured using a stopwatch or clock. Velocity can be calculated by dividing the distance traveled by the time taken to travel that distance.

What variables are typically controlled and measured in a space/time/velocity experiment?

The variables that are typically controlled in this experiment include the distance traveled, the initial velocity, and the acceleration of the object. The variables that are typically measured are the time taken to travel a certain distance, the final velocity, and any changes in velocity.

What is the relationship between space, time, and velocity in this experiment?

The relationship between space, time, and velocity in this experiment is described by the equation v = d/t, where v represents velocity, d represents distance, and t represents time. This equation shows that velocity is directly proportional to distance and inversely proportional to time.

How can the results of a space/time/velocity experiment be applied in real-life situations?

The results of this experiment can be applied in various real-life situations, such as understanding the motion of objects in everyday life, predicting the movement of vehicles and projectiles, and designing efficient transportation systems. They can also be used to study the effects of gravity and air resistance on the movement of objects.

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