Examples of using This theorem in English and their translations into Hebrew
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It's not too hard to prove this theorem.
This theorem is known as the Archimedean property of real numbers.
Who was the first to suggest this theorem?
This theorem will be important later, when we discuss relative entropy.
There is no direct reference in al-Jazari's book to Euclid,but his device is based on this theorems.
However, this theorem is restricted to a specific type of force that may not be relevant;
If we know two of these, we can then use this theorem, this formula to solve for the third.
The gist of this theorem is that you cannot solve all problems by means of a computer.
When only one potential line segment in one of these groups is unknown,you can determine whether it is part of the loop or not with this theorem.
However, usually this theorem is connected with the name of Italian scientist Luigi Crocco,[2] a son of Gaetano Crocco.
Another theorem that has been proved in many different ways is the theorem of quadratic reciprocity-Carl Friedrich Gauss alone published eight different proofs of this theorem.
According to this theorem, the addition of a particular type of central force- the inverse-cube force- can produce a rotating orbit;
As noted by astrophysicist SubrahmanyanChandrasekhar in his 1995 commentary on Newton's Principia, this theorem remained largely unknown and undeveloped for over three centuries.
This theorem, along with his 1937 paper on the nature of the firm(which also emphasizes the role of transaction costs), earned Coase the 1991 Nobel Prize in Economics.
As for the lottery, the skeptic continues to apply this theorem, but never indicates what should be the expected value or number of draws required.
However, this theorem is restricted to a specific type of force that may not be relevant; several perturbing inverse-square interactions(such as those of other planets) seem unlikely to sum exactly to an inverse-cube force.
With regards to the lottery, the skeptic proceeds to apply this theorem but never specifies what the expected value should be nor the number of drawings required.
According to this theorem, the addition of a particular type of central force- the inverse-cube force- can produce a rotating orbit; the angular speed is multiplied by a factor k, whereas the radial motion is left unchanged.
In the search for an elegant proof, mathematicians often look for different independent ways to prove a result- the first proof that is found may not be the best. The theorem for which the greatest number of different proofs have been discovered is possibly the Pythagorean theorem, with hundreds of proofs having been published.[3] Another theorem that has been proved in many different ways is the theorem of quadratic reciprocity-Carl Friedrich Gauss alone published eight different proofs of this theorem.
With regards to the lottery, the skeptic proceeds to use this theorem but never specifies what the anticipated value should be the number of drawings required.
The"remarkable", and surprising, feature of this theorem is that although the definition of the Gaussian curvature of a surface S in R3 certainly depends on the way in which the surface is located in space, the end result, the Gaussian curvature itself, is determined by the intrinsic metric of the surface without any further reference to the ambient space: it is an intrinsic invariant.
Just a quick question on this proof theorem.
Green's theorem-- this applies when the region is to our left.
As shown by Bertrand's theorem, this property is not true for other types of forces;
Maybe I want to keep this Pythagorean theorem right there, just so we always remember what we're referring to.
Beyond empirical evidence, Douglas claims this deductive theorem demonstrates that total prices rise faster than total incomes when regarded as a flow.