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f ( x ) = x^5 - a^2 x^3 + 2x + a - 3
g ( x ) = x - a.
Since, given that g ( x ) is factor of f ( x ), so the zero of g ( x ) will be also the
zero of f ( x ).
x-a = 0
x = a.
Zero of g ( x ) is a.
Now,
f ( x ) = x^5 - a^2 x^3 + 2x + a - 3
f ( a ) = a^5 - a^2 * a^3 + 2a + a - 3 = 0
a^5 - a^ ( 2 + 3 ) + 3a - 3 = 0
a^5 - a^5 + 3a - 3 = 0
0 + 3a - 3 = 0
3a = 3
a = 3/3
a = 1.
So, when the value of a is 1, then ( x - a ) is a factor of ( x^5 - a^3 * x^3 + 2x + a - 3 )
☺☺☺
f ( x ) = x^5 - a^2 x^3 + 2x + a - 3
g ( x ) = x - a.
Since, given that g ( x ) is factor of f ( x ), so the zero of g ( x ) will be also the
zero of f ( x ).
x-a = 0
x = a.
Zero of g ( x ) is a.
Now,
f ( x ) = x^5 - a^2 x^3 + 2x + a - 3
f ( a ) = a^5 - a^2 * a^3 + 2a + a - 3 = 0
a^5 - a^ ( 2 + 3 ) + 3a - 3 = 0
a^5 - a^5 + 3a - 3 = 0
0 + 3a - 3 = 0
3a = 3
a = 3/3
a = 1.
So, when the value of a is 1, then ( x - a ) is a factor of ( x^5 - a^3 * x^3 + 2x + a - 3 )
☺☺☺
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