Примери за използване на Zeroth на Английски и техните преводи на Български
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It's the zeroth character there.
What about 0 to the zeroth power?
To the zeroth power is just going to be equal to 1.
We're in the-- This is the zeroth term.
So x to the zeroth power is equal to 1.
Times 1, minus 2 times 1 to the zeroth power.
Main article: Zeroth law of thermodynamics.
And that should be what 3 to the zeroth power is.
The first, the Zeroth law, was formulated last;
And for Galois this was like the zeroth symmetry.
Maybe zero to the zeroth power is going to be equal to one.
This makes sense that this is 0.6 to the zeroth power.
Any non-zero number to the zeroth power you are going to get one.
So you can view the initial stretch as the zeroth bounce.
In the zeroth hour, we have 0.965 to the zeroth power.
Anything other than zero to the zeroth power is 1.
The point is the'zeroth' dimension, because it has no extension.
Maybe you should say zero to the zeroth power is zero.
Zeroth character, first character, second character, third character… is an asterisk.
Later, he added a fourth, or zeroth, law to precede the other three.
But then when I relabeled things in terms of bounces,this was the zeroth bounce.
He later introduced a fourth or zeroth law that outranked the others.
On the zeroth bounce, that was our original stretch, you get 0.6 to the 0, that's 1 times 120.
Five symmetries andthen of course the zeroth symmetry where I just pick it up and leave it where it is.
Zeroth law of thermodynamics deals with thermal equilibrium and defines the concept of temperature.
Later, he added a fourth, or zeroth law, that preceded the others in terms of priority.
They are jealous creatures, jealous even of our limited power to create reality, andhateful of the Creator who is a zeroth order being… two orders away from them.
This is parallel to the zeroth power of any number which equals unity.
While the zeroth law permits the definitions of many different empirical scales of temperature, the second law of thermodynamics selects the definition of a single preferred, absolute temperature, unique up to an arbitrary scale factor, whence called the thermodynamic temperature.
So the initial stretch is the zeroth bounce, then this would be the first bounce, the second bounce, the third bounce.