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  2. A field is a commutative, associative ring containing a unit in which the set of non-zero elements is not empty and forms a group under multiplication (cf. Associative rings and algebras). A field may also be characterized as a simple non-zero commutative, associative ring containing a unit.
    encyclopediaofmath.org/wiki/Field

    In order to be a field, the following conditions must apply:

    • Associativity of addition and multiplication.
    • commutativity of addition and mulitplication.
    • distributivity of multiplication over addition.
    studybuff.com/what-are-field-characteristics/
    characteristic of a field Quick Reference The smallest positive whole number n such that the sum of the multiplicative identity added to itself n times equals the additive identity. If no such n exists, the field is said to have characteristic zero.
    www.oxfordreference.com/display/10.1093/oi/autho…
    Some fields have the property that the cyclic additive group generated by $1$ is finite. If that happens, the least 'additive power' of $1$ that equals zero is called the characteristic of the field, and it's always prime.
    math.stackexchange.com/questions/464552/definiti…
    Note that in general, the characteristic of a field is always equal to that of its prime subfield. Another way of looking at this: the only way you can have a morphism between two fields (remember that they are always injective) is if the two fields have the same characteristic; embedding is definitely a morphism.
    math.stackexchange.com/questions/712056/charac…
     
  3. People also ask
    Which field has characteristic?If is chosen to be as small as possible, then will be a prime, and we say that has characteristic . The characteristic of a field is sometimes denoted . The fields (rationals), (reals), (complex numbers), and the p -adic numbers have characteristic 0. For a prime, the finite field GF ( ) has characteristic .
    What if p is a characteristic of a field?If you have p to be a characteristic of a field and p = p1p2 with 1 <p1,p2 < p. Then Now you are in a field and every field is an integral domain so either p1 ⋅ 1 = 0 or p2 ⋅ 1 = 0. Which contradicts the minimality of p. So p must be a prime. Hint: Show that if the characteristic of a field is composite number then field must have zero divisor.
    What is a characteristic of a finite field?So, for some distinct i i and j j, the sum of i i 1 1 s must equal the sum of j j 1 1 s, and by subtraction, the sum of |i − j| | i − j | 1 1 s must equal 0 0. The smallest number of 1 1 s that sum to 0 0 is called the characteristic of the finite field, and the characteristic must be a prime number.
    How do you find a characteristic of a field?It is product of 1 + 1 + ⋯ + 1 (p1 times) and 1 + 1 + ⋯ + 1 (p2 times). Remember that characteristic is the least positive integer such that m ⋅ 1 = 0. If you have p to be a characteristic of a field and p = p1p2 with 1 <p1,p2 < p. Then Now you are in a field and every field is an integral domain so either p1 ⋅ 1 = 0 or p2 ⋅ 1 = 0.
     
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    As mentioned above, the characteristic of any field is either 0 or a prime number. A field of non-zero characteristic is called a field of finite characteristic or positive characteristic or prime characteristic. The characteristic exponent is defined similarly, except that it is equal to 1 when the characteristic is 0; otherwise … See more

    In mathematics, the characteristic of a ring R, often denoted char(R), is defined to be the smallest positive number of copies of the ring's multiplicative identity (1) that will sum to the additive identity (0). If no such number exists, the … See more

    If R and S are rings and there exists a ring homomorphism R → S, then the characteristic of S divides the characteristic of R. This can sometimes be used to exclude the … See more

    The special definition of the characteristic zero is motivated by the equivalent definitions characterized in the next section, where the … See more

    • The characteristic is the natural number n such that n$${\displaystyle \mathbb {Z} }$$ is the kernel of the unique ring homomorphism See more

    • McCoy, Neal H. (1973) [1964]. The Theory of Rings. Chelsea Publishing. p. 4. ISBN 978-0-8284-0266-8. See more

     
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