Asked by Sara
Write the equation of the polynomial function with the following real zeros and multiplicity if (2,16) is a point on the graph
zero at x=-2 with a with a multiplicity of 2
zero at x=1 with a multiplicity of 3
zero at x=0 with a multiplicity of 1
I did x(x+2)^2 (x-1)^3
16 =a^2(2+2)^2 (2-1)^3
16=a^22(4)^2 (1)^3
16=a^2(16) 1
16=a32 a=1/2
final answer is y=1/2(x+2)^2(x-1)^3 x
Is this correct? Thank you for checking my work
zero at x=-2 with a with a multiplicity of 2
zero at x=1 with a multiplicity of 3
zero at x=0 with a multiplicity of 1
I did x(x+2)^2 (x-1)^3
16 =a^2(2+2)^2 (2-1)^3
16=a^22(4)^2 (1)^3
16=a^2(16) 1
16=a32 a=1/2
final answer is y=1/2(x+2)^2(x-1)^3 x
Is this correct? Thank you for checking my work
Answers
Answered by
Sara
I wrote part of it incorrect up above.
Use this work.
I did x(x+2)^2 (x-1)^3
16 =a(2)(2+2)^2 (2-1)^3
16=a(2) (4)^2 (1)^3
16=a(2)(16) 1
16=a32 a=1/2
final answer is y=1/2(x+2)^2(x-1)^3 x
Use this work.
I did x(x+2)^2 (x-1)^3
16 =a(2)(2+2)^2 (2-1)^3
16=a(2) (4)^2 (1)^3
16=a(2)(16) 1
16=a32 a=1/2
final answer is y=1/2(x+2)^2(x-1)^3 x
Answered by
Ms Pi_3.14159265358979
Yes : ) This is correct : )
Answered by
Sara
Thank you
Answered by
Reiny
Your opening function should have been
y = ax(x+2)^2 (x-1)^3
you went from
x(x+2)^2 (x-1)^3 to
16 =a(2)(2+2)^2 (2-1)^3
all of sudden resurrecting an equal sign and the "a".
Just a case of "bad mathematical form". Remember, Math is a precise language.
y = ax(x+2)^2 (x-1)^3
you went from
x(x+2)^2 (x-1)^3 to
16 =a(2)(2+2)^2 (2-1)^3
all of sudden resurrecting an equal sign and the "a".
Just a case of "bad mathematical form". Remember, Math is a precise language.
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