write-sk-and-sk-1-for-the-given-statement-sn-where-n-is-any-positive-integer-sim-2

Question

Write S_{k} and S_{k + 1} for the given statement S_{n} where n is any positive integer. Simplify S_{k + 1} fully.S_{n}: 2 is a factor of $$n^{2} + 3n.$$

Accepted Answer

S_{k}: 2 is a factor of $$k^{2} + 3k $$and S_{k + 1}: 2 is a factor of $$k^{2} + 5k + 4$$

Answer

S_{k}: 2 is a factor of $$k^{2} + 3k $$and S_{k + 1}: 2 is a factor of $$k^{2} + 2k + 4$$

Answer

S_{k}: 2 is a factor of $$k^{2} + k $$and S_{k + 1}: 2 is a factor of $$k^{2} + 5k + 4$$

Answer

S_{k}: 2 is a factor of $$k^{2} + 3k $$and S_{k + 1}: 2 is a factor of $$k^{2} + 3k + 4$$

Write Sk and Sk + 1 for the given statement Sn where n is any positive integer. Simplify Sk + 1 fully.Sn: 2 is a factor of n2 + 3n.

Write S_k and S_{k + 1} for the given statement S_n where n is any positive integer. Simplify S_{k + 1} fully.
S_n: 2 is a factor of n² + 3n.