Please help, I can pick only one of them asan answer, I guess i thought of it wr

Question

Please help, I can pick only one of them asan answer, I guess i thought of it wrong What quantities are shown on a completemotion diagram? Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again Only the position of the object in each frameof the film, shown as a dot Only the average velocity vectors (found byconnecting each dot in the motion diagram to the next with a vectorarrow) Only the average acceleration vectors (whereeach acceleration vector links every two velocity vectors) All of the above Try Again

Explanation / Answer

Motion diagrams include position dots, velocity arrows, andacceleration arrows, so the answer is "All of the above." Here's an example of one web site that makes sample motion diagramsif you want to see: http://webphysics.davidson.edu/physlet_resources/western_kentucky/MotionDiagrams.html I'm allowed to refer to other websites right? Don't want toget in trouble or anything, I just found this when searchingthrough the web.

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