Answer:
The width and length of the rectangle are and , for , respectively.
Step-by-step explanation:
From Geometry, we remember that area of the rectangle () is defined by:
(1)
Where:
- Width.
- Length.
In addition, we know that area is described by a first-order polynomial:
(2)
Meaning that is the product of another first-order polynomial and a constant. That is:
(3)
Now we determine the Great Common Divisor of 352 and 22:
The Great Common Divisor is 22.
Then, the area of the rectangle can be expressed by this expression:
(3b)
According to this, the width and length of the rectangle are and , for , respectively.
<em>The point where a function (for our problem its the cubic function shown)</em>
<u>and/or</u>
<em>is a zero of the function.</em>
From the graph shown, we can clearly see that it cuts the x-axis at -1 and touches the x-axis at 2.
So the zeros are at -1 and 2.
ANSWER: {-1,2}
Answer:
3 into g into 5 into h
in this we will group the term 3 and 5 together and then the g and h
so the answer will be 3 into 5 into g into h = 15gh