Examples of using Polynomials in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Because polynomials map out shapes, rather than the dots you get when you graph individual prime numbers, you can use geometry to prove things about polynomials that you can't prove about simple integers.
your knowledge of quadratic equations and other complex polynomials to determine the best method to use.
that involves lattice-based cryptography(LBC), where keys are based on ring polynomials for which finding a matching key is considered mathematically hard both classically
started with polynomials.
For instance, if a student is learning the concept of polynomials this week in Algebra but learned about simplifying algebraic equations, and solving inequalities the previous couple of weeks, then interleaved practice means that the student should spend most of his time studying polynomials but also spend a fair amount of time simplifying algebraic equations and solving inequalities.
For instance, if a student is learning the concept of polynomials this week in Algebra but learned about simplifying algebraic equations, and solving inequalities the previous couple of weeks, then interleaved practice means that the student should spend most of his time studying polynomials but also spend a fair amount of time simplifying algebraic equations
There are a number of types of SVM such as linear, polynomial, sigmoid etc.
If a polynomial f(x) is divided.
They claim to be civil servants and polynomial once so time is very important.
If p is a polynomial, show that limxa p(x)= p(a).
N is called the degree of the polynomial function.
Where each Si(x) is a polynomial of degree k.
Finally, and importantly, a polynomial code with r check bits will detect all burst errors of length≤ r.
The idea is to append a checksum to the end of the frame in such a way that polynomial represent by the checksummed frame, it tries dividing it by G(x).
multiply and divide polynomial expressions.
The idea is to append a CRC to the end of the frame in such a way that the polynomial represented by the checksummed frame is divisible by G(x).
Any number that cannot be the root of a polynomial equation with rational coefficients.
We say that a problem is NP-complete if its solution in polynomial time means that every problem in NP can be solved in polynomial time.
If one NP-Complete problem can be solved in polynomial time, then all NP problems can be solved in polynomial time.
If any NP-complete problem is solvable in polynomial time, then every NP-Complete problem is also solvable in polynomial time.