C isn't prime.
The only factors of A and C are themselves and 1.
5 c
😪💦C==3
The prime factorization of 406 is 2 x 7 x 29
2310
2 x 2 x 7 x 7 x c x c
3 x 7 x 7 x a x b x c = 147abc
Unfortunately there is no formula to factor any number into its respective primes.However for given any number xIts prime factorization would be represented by:x = p1ap2bp3c .... p(n-1)A PnBforp1 = 1p2 = 2p3 = 3p4 = 5p5 = 7...p(n-1) = Second largest prime factor of xpn = Largest prime factor of xwhere a, b, c, and A and B are the degrees of each specific prime.In practice the prime factorization is done by direct search factorization a.k.a trial and error.There are several algorithms designed to assist mathematicians with this process.
Unfortunately there is no formula to factor any number into its respective primes.However for given any number xIts prime factorization would be represented by:x = p1ap2bp3c .... p(n-1)A PnBforp1 = 1p2 = 2p3 = 3p4 = 5p5 = 7...p(n-1) = Second largest prime factor of xpn = Largest prime factor of xwhere a, b, c, and A and B are the degrees of each specific prime.In practice the prime factorization is done by direct search factorization a.k.a trial and error.There are several algorithms designed to assist mathematicians with this process.
C-prime is the dominant note in the song "Defying Gravity" in the musical "Wicked."Specifically, two stanzas are Elphaba's contributions to "Defying Gravity" in "Wicked." The notes of the first stanza are the same as those of the second. The following lists the notes sung by Elphaba in each of her two stanzas on the soundtrack of the original Broadway cast:C-prime, d-prime, f-prime (5 in succession), g-prime;C-prime, d-prime, f-prime (3), g-prime (2);A-prime (2), g-prime, f-prime, e-prime, f-prime, d-double prime (2), c-double prime;C-prime, b flat-prime, a-prime, g-prime, f-prime;C-prime, b flat-prime, a-prime, g-prime, f-prime, e-prime, d-prime;C-prime, b, c-prime, b, c-prime, g-prime, c-prime, c-prime, g;C-prime, b, c-prime, a, g (2);C-prime, b, c-prime, g-prime, c-prime, b, c-prime, c-double prime, b-prime, g-prime, c-prime (2), d-prime (2), c-prime;E-prime (3), d-prime, c-prime, g, c-prime;E-prime (2), d-prime, c-prime, b, g, a-prime, g-prime.
To find the least common multiple (LCM) of 2b^2 and 6c^3, we first need to factorize both terms. The prime factorization of 2b^2 is 2 * b * b, and the prime factorization of 6c^3 is 2 * 3 * c * c * c. To find the LCM, we take the highest power of each prime factor that appears in either term, which gives us 2 * 3 * b^2 * c^3 = 6b^2c^3. Therefore, the LCM of 2b^2 and 6c^3 is 6b^2c^3.
147abc = 3 x 7 x 7 x a x b x c Basically, you use prime factorization x variables.