Find a quadratic polynomial the product and the sum of whose zeros are -6 and 2/3
Answers
Answered by
4
Heya !!
Here is your answer.
Given :-
Sum of zeroes = 2/3
Product of zeroes = -6
A Quadratic Equation is of the form :
p (x) = kx² - (Sum of zeroes)x + Product Of Zeroes
= x² - (2/3)x + (-6)
= x² - 2/3 × x - 6
Multiplying whole equation by 3.. we get
p (x) = 3x² - 2x - 18
Hope You Got It
Here is your answer.
Given :-
Sum of zeroes = 2/3
Product of zeroes = -6
A Quadratic Equation is of the form :
p (x) = kx² - (Sum of zeroes)x + Product Of Zeroes
= x² - (2/3)x + (-6)
= x² - 2/3 × x - 6
Multiplying whole equation by 3.. we get
p (x) = 3x² - 2x - 18
Hope You Got It
Answered by
5
HELLO DEAR,
GIVEN that:-

we know the:-
quadratic formula

I HOPE ITS HELP YOU DEAR,
THANKS
GIVEN that:-
we know the:-
quadratic formula
I HOPE ITS HELP YOU DEAR,
THANKS
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