Snapshot graph of Superposition

In summary, the conversation involves a homework problem where the figure depicts two waves approaching each other at a velocity of 1.0 m/s. The task is to draw six snapshot graphs, stacked vertically, at 1s intervals from t = 1s to t = 6s. The person asking the question is struggling with the solution and asks for clarification. The response suggests attaching an image of the solution at a specific time, such as t=3, to better understand the issue.
  • #1
mcnealymt
35
0

Homework Statement


The figure is a snapshot graph at t = 0s of two waves approaching each other at 1.0 m/s. Draw six snapshot graphs, stacked vertically, showing the string at 1s intervals from t = 1s to t = 6s.

Homework Equations


http://session.masteringphysics.com/problemAsset/1071118/9/21.EX02.jpg

The Attempt at a Solution


Apparently I'm an idiot because this question is very easy. I literally shifted the graphs according to their velocity vector over 1m after each second. What am I doing wrong?
 
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  • #2
You realize that the image shown for t=0 is one graph, D(x), not two graphs. You might want to attach an image of what you did at, say, t=3.
 

1. What is the "snapshot graph of Superposition"?

The "snapshot graph of Superposition" is a visual representation of the probabilities of different quantum states of a system at a specific point in time. It shows the amount of overlap or interference between different states, allowing us to understand the behavior of the system.

2. How is the "snapshot graph of Superposition" different from a regular graph?

The "snapshot graph of Superposition" is different from a regular graph because it represents the probabilities of quantum states, which can have both real and imaginary values. Regular graphs typically only show real values on the x and y axes.

3. What does the "snapshot graph of Superposition" tell us about a quantum system?

The "snapshot graph of Superposition" provides information about the probabilities of different quantum states of a system at a specific point in time. It can tell us about the amount of overlap or interference between states, which can affect the behavior of the system.

4. How is the "snapshot graph of Superposition" used in quantum mechanics?

The "snapshot graph of Superposition" is a tool used in quantum mechanics to visualize and understand the behavior of quantum systems. It can help scientists make predictions and calculations about the probabilities of different outcomes in a system.

5. Can the "snapshot graph of Superposition" change over time?

Yes, the "snapshot graph of Superposition" can change over time as the quantum system evolves. This is because the probabilities of different states can change as the system interacts with its environment, leading to changes in the overall superposition of states.

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