We are given the function p(x) = 4x for the perimeter of the square.
Where x represents the known side length of the square.
x is the independent variable and Perimeter P is the dependent variable on x.
<em>Because value of P total depends on the value of side length x of the square.</em>
Therefore, following statement are true about the given function:
<h3>The perimeter is the dependent variable.</h3><h3>The value of p(x) depends on the value of x.</h3><h3>The length of the side of the square is the independent variable.</h3>
Answer:
hardhard
Step-by-step explanation:
I just answered a similar question here:
brainly.com/question/9180396However, here it is again:
In general, a positive constant moves the function upwards and a negative one moves it downwards.
To shift a function left, you add units to the independent variable. To shift it right, you subtract a constant from "x".
So, the answer in your problem is:
<span>The graph is shifted left 6 units.</span>
Answer:
D. -3.3
Step-by-step explanation:
=> 2.8x = -9.24
=> x = -9.24/2.8
=> x = -3.3
Answer:
14.14
Step-by-step explanation:
Recall :
The sides of a square are always equal ;
Since all sides are equal, the the diagonal of the square will be :
XZ² = XY² + WX²
XZ² = 20² + 20²
XZ² = 400 + 400
XZ² = 800
XZ = √800
XZ = 28.28
WY = XZ
WV = 1/2 WY
WV = 1/2 * 28.28
WV = 14.14
