the absolute value of the product of the zeros of a is .
<u>Step-by-step explanation:</u>
Here we have , is a polynomial function of t, where k is a constant. Given that a(2) = 0 . We need to find the absolute value of the product of the zeros of a . Let's find out:
Equation every factor of a(t) to zero we get:
⇒
⇒
⇒
But , t=2 So , . Now , the absolute value of the product of the zeros of a is :
⇒
⇒
⇒
Therefore, the absolute value of the product of the zeros of a is .
The value of x after the simultaneous rotation and translation of pentagon A to create pentagon B is 110°
<h3>What is the translation of plane figures?</h3>A plane figure translation is an isometry that translates each position of the figure at a distance and in a direction indicated by the vector.
It is also regarded as a sort of transformation that involves sliding each point in a plane figure at an identical distance in a similar direction.
From the attached image, the value of x after the simultaneous rotation and translation of pentagon A to create pentagon B is 110°.
Learn more about the translation of plane figures here:
