Sentence examples for represented gravity from inspiring English sources

"[Bateup] liked the idea that they represented gravity or other invisible forces that the alien characters knew how to read".

The iso lines in weather maps are normally used to describe weather fronts, but he liked the idea that they represented gravity or other invisible forces that the alien characters knew how to read.

"[Bateup] liked the idea that they represented gravity or other invisible forces that the alien characters knew how to read". Hicks, who previously wrote an in-depth explanation about interface design's importance in visual storytelling on our site, gave us a litte bit of insight into Territory's work for Jupiter Ascending, and what it was like working with the Lana and Andy Wachowski.

The joints were subjected to reversed-cyclic loading, combined with a constant axial force on the column representing gravity loads.

The abyssal plain facies represents gravity flow deposits coming mostly from the bounded-fault flanks of the Galicia Bank Region.

The implication is that weight represents gravity's effect on mass, which is about as clear a definition as one is likely to find.

They offer smallness, quirkiness and varying degrees of informality amidst much that seems to represent gravity, monumentality and permanence – in short, all the pomp and circumstance of the great 19th-century museum that this is.

Contributions of friction (activated at brick joist supports to represent gravity load normal force effects) and of strap anchor nails loaded in shear have been considered separately and together in the testing matrix.

The vertical load represents gravity (dead and live) loads and the horizontal load represents an equivalent static lateral load on the slab.

(1 where (rho (z)) is rock density which itself is a function of depth; g represents gravity constant and (overline{rho }) stands for the average density.

The conceptual difficulties basically follow from the nature of the gravitational interaction, in particular the equivalence of gravitational and inertial mass, which allows one to represent gravity as a property of spacetime itself, rather than as a field propagating in a (passive) spacetime background.