Sentences with phrase «fraction of a second because»

Not exact matches

The second only came about because Xhaka's inch perfect pass was just a fraction of a yard or thirty out.

This stroller got its name because it opens in a fraction of a second... like a yo - yo!

That's because it also includes hundreds of thousands of hypothetical materials, many of which would exist for only a fraction of a second in the real world, says Curtarolo.

And because the window for creating them lasts only a tiny fraction of the first second, scientists expect primordial black holes would exhibit a narrow range of masses.

Because antiprotons annihilate when they hit anything made of ordinary matter, within a fraction of a second, they usually hit the sides of the chamber that contains the collision of the gold nuclei that created them in the first place, and turn into gamma radiation.

Because of its vast scale, events that would take a fraction of a second in an explosion on Earth are played out over decades in space.

Because (maybe thanks to the accessibility blogosphere has brought us) we can visually examine pieces in a fraction of a second.

It improves their performance because their feet go up a fraction of a second quicker after each step that touches the ground.

That's because the second row seats, which have been described as thrones by more than one staffer, actually have a fraction of an inch more head and legroom than the front row.

Because a tire is in the air for a fraction of a second over any ripple's low - point, ABS senses this and releases some brake pressure.

That's partly because pages appear to be slow to load via Wi - Fi, but in truth the Kobo store suffers from the same problem as its Kindle rival - it can't show more than a fraction of its contents on a single page, and those pages take a second or so to flip.

Because it takes a fraction of a second to trigger the camera, when positioned wrong, videos often capture tails and rear ends instead of whole animals.

Video games, on the other hand, have always lagged behind, in large part because movie effects can take their sweet time to be produced, while graphics in games need to come together in tiny fractions of a second — but they're about to catch up in a big way.

As you say, convection uses up a lot of energy too and also counters the idea of radiative heat transfer as a big ticket item because «hot» CO2 molecules only remain so for a brief fraction of a second before they collide with N2 or O2 to warm that localised parcel of air; which then rises to attain equilibrium T somewhere higher and at a COLDER temp so no rad Transf!!!