Make A Spacetime Diagram And Draw Worldlines For Each Of The Following Situations

Introduction to special relativity and minkowski spacetime diagrams khan academy. Time is different for different observers.

1 The Spacetime Diagram The Spatial Axis Is Horizontal And The

Energy and other concepts in lots of different physical situations.

Make a spacetime diagram and draw worldlines for each of the following situations. To get the most out of physics youll. Abstract this paper has pedagogical motivation. Make a spacetime diagram and draw a worldline for each of the following situations.

Using space time diagrams to determine where and when events occur lets practice using space time diagrams. Each of the following is a prediction of the theory of relativity. Consider a spaceship on a long trip with a constant acceleration of 1 g.

The later found by drawing a horizontal line across from the event 2 to the ct axis. To compare the time intervals one needs to find the intersection of equal ct time of event 2 to the ct axis. This represents the motion of a beam of light.

What is a hyperspace. Person sitting still in a chair b. Please take out a piece of graph paper and draw a set coordinate axes centered on the paper.

Drawing a spacetime diagram draw horizontal and vertical axes. Worldlines at low speed. Label which worldline is which.

Draw a diagonal line at 45. It is not uncommon that students have great. Draw a timelike line.

What is the equivalence principle. The way to read this diagram is that the time between the two events 1 and 2 is ct in frame b and ct in frame a. Which one is crucial to understanding how the sun provides light and heat to the earth.

A person driving by at a constant velocity of 50 kmhr c. Make sure that the horizontal axis goes from at least 15 to 20 ns and the vertical axis from at least 10 to 20 ns. Make a spacetime diagram and draw worldlines for each of the following situations on the same drawing.

Spacetime is the same for everyone. Time runs slower on the surface of the sun than on the earth. Space is different for different observers.

The horizontal line is considered the space axis of observer 1. Introduction to astronomy and astrophysics spring 2010 homework 12 1. A person driving by at a constant velocity of 100 kmhr d.

The vertical axis represents the worldline of a stationary particle called observer 1. Spacetime diagrams ii a2290 22 4 a2290 22 spacetime diagrams ii 7 space time o non constant speed particles accelerated particles have curved worldlines which represent their non constant speed acceleration is due to a force on the particle this is true even if the particle is moving in a spatiallystraight line like a train on a track.

1 About Falling Objects Gravity Is Something That We Are All More Or