When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
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Annmarie Walton is a 1st grade in Biology from Mount Kisco
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When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
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When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
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When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
Let’s study a typical transformation in our house.
Let S be a coordinate system, with an occasion having coordinates (x, y, z, t). It is a 4 vector-time is
Let S be a coordinate system, with an occasion having coordinates (x, y, z, t). It is a 4 vector-time is
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.
When Einstein applied his principle to gravitational fields, he derived the "curved space-time continuum" which depicts the dimensions of area and time as a two-dimensional surface where massive objects create valleys and dips in the surface.