Physics, asked by vandanasinha9187, 9 months ago

what is the displacement of a fixed point on the earth when the earth completes one revolution around its axis

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Answered by nikithavinoth

Answer:

There is zero displacement. Explanation: The displacement is a vector quantity. The displacement of a point on Earth when one rotation of Earth is completed about its axis would mean that the particular point on the Earth surface started its journey by rotation about the Earth's axis.

Answered by sg249344

$ <head> <style type="text/css" media="all"> :root{ --color:white; } body { font-family: Sans-Serif; background-image: repeating-linear-gradient(15deg, hsl(142,0%,8%) 0px,hsl(142,0%,8%) 12px,transparent 13px),repeating-linear-gradient(155deg, hsl(142,0%,8%) 0px,hsl(142,0%,8%) 12px,transparent 13px),linear-gradient(90deg, hsla(96,0%,71%,1),hsla(111,0%,71%,1)); } p{ color: var(--color); padding: 20px; text-align: center; font-weight: 400; } .double{ border-bottom: 2px double #94ff8c; color: #94ff8c; } marquee{ color: var(--color); } </style> </head> <body> Solution To Your Question There is zero displacement. Explanation: The displacement is a vector quantity. The displacement of a point on Earth when one rotation of Earth is completed about its axis would mean that the particular point on the Earth surface started its journey by rotation about the Earth's axis. Hope You Liked It <marquee> Mark Me as the brainliest &#128151; </marquee> </body> $

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what is the displacement of a fixed point on the earth when the earth completes one revolution around its axis