Describe the image of a dilation with a scale factor of 1
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Answer:
Step-by-step explanation:
The range of a function is the set of all possible values it can produce.
For example, consider the function
No matter what value we give to x, the function is always positive:
If x is 2, then the function returns x squared or 4.
If x is negative 2, then it still produces 4 since -2 times -2 is positive 4.
So the range of the function is
"all real numbers greater than or equal to zero".
The diagram of the square is shown in the first picture below
We have the radius
and the triangle formed is an isosceles triangle
We can start by finding out the length of one side of the square. A square has four sides of equal length and the length of the diagonal is twice the length of the radius. So, by using the Pythagoras theorem we have
, substitute 
Then we'll use Pythagoras theorem again to find the length of the Apothem
We need to halve the length of one side of the square to obtain the other short side of the right angle triangle, so 6÷2 =3
apothem² = (3√2)² + 3²
apothem² = 18+9
apothem² = 27
apothem = √27 = 3√3
We have the radius
We can start by finding out the length of one side of the square. A square has four sides of equal length and the length of the diagonal is twice the length of the radius. So, by using the Pythagoras theorem we have
Then we'll use Pythagoras theorem again to find the length of the Apothem
We need to halve the length of one side of the square to obtain the other short side of the right angle triangle, so 6÷2 =3
apothem² = (3√2)² + 3²
apothem² = 18+9
apothem² = 27
apothem = √27 = 3√3