\"\"

\

The remainder theorem is " If a polynomial f(x) is divided by \"\" then remainder is \"\".

\

The polynomial function \"\" and the function value 2.

\

The number zero is included for missing terms \"\" in the dividend.

\

\"\"

\

The result of the division is\"\".

\

The result of the division is \"\".

\

The remainder is r = 175, by using remainder theorem g(2) = 175.

\

The point (2, 175) lie on the graph of g.

\

\"\"

\

Check:

\

To check the solution x = 2 substitute in polynomial \"\".\"\"    (Substitute x = 2)

\

\"\"       (Simplify)

\

\"\"                      (Simplify)

\

\"\"                                    (Simplify)\"\"

\

The value of \"\".

\

\"\"

\

The remainder theorem is " If a polynomial f(x) is divided by \"\" then remainder is \"\"".

\

The polynomial function \"\" and the function value 1.

\

The number zero is included for missing terms \"\" in the dividend.

\

\"\"

\

The result of the division is\"\".

\

The result of the division is \"\".

\

The remainder is r = 7, by using remainder theorem g(1) = 7.

\

The point (1, 7) lie on the graph of g.\"\"

\

Check:

\

To check the solution x = 1 substitute in polynomial \"\".\"\"                    (Substitute x = 1)

\

\"\"                                       (Simplify)

\

\"\"                                                         (Simplify)\"\"

\

The value of \"\".

\

\"\"

\

The remainder theorem is " If a polynomial f(x) is divided by \"\" then remainder is \"\".

\

The polynomial function \"\" and the function value 3.

\

The number zero is included for missing terms \"\" in the dividend.

\

\"\"

\

The result of the division is\"\".

\

The result of the division is \"\".

\

The remainder is r = 1695, by using remainder theorem g(3) = 1695.

\

The point (3, 1695) lie on the graph of g.\"\"

\

Check:

\

To check the solution x = 3 substitute in polynomial \"\".\"\"                        (Substitute x = 3)

\

\"\"                         (Evaluate powers)

\

\"\"                                      (Simplify)

\

\"\"                                                      (Simplify)\"\"

\

The value of \"\".

\

\"\"

\

The remainder theorem is " If a polynomial f(x) is divided by \"\" then remainder is \"\"".

\

The polynomial function \"\" and the function value \"\".

\

The number zero is included for missing terms \"\" in the dividend.

\

\"\"

\

The result of the division is\"\".

\

The result of the division is \"\".

\

The remainder is r = 7, by using remainder theorem g(\"\") = 7.

\

The point (\"\", 7) lie on the graph of g.\"\"

\

Check:

\

To check the solution x = \"\" substitute in polynomial \"\".

\

\"\"                      (Substitute x = \"\")

\

\"\"                                                  (Simplify)

\

\"\"                                                                    (Simplify)\"\"

\

The value of \"\".