There are several ways that can help someone recover after they are injured. After the injury occurs, it is best to go to the doctor or hospital to get the injury, if need be, checked on or fixed. Another thing that can help is if the person rests and does not do any heavy-lifting or do to many activities that can strain the injury. After an injury occurs, if you do not rest there is more of a likelihood that you can damage it more and also rest helps the body heal. There are also several medicine's that are meant to help relieve pain after an injury occurs.
Hope it helps.
A city pool sells full-day and half-day passes during the summer. The goal is to make $1000 each day from pool pass sales. The graph shows the number of full-day and half-day passes they need to sell to make $1000.
the maximum number of half-day passes the pool can sell and make exactly $1000
From the graph the half day passes is on x axis.
WE can see that the maximum on x is 200
Half day passes starts at 0 and ends at 200
200 is the maximum number of half-day passes the pool can sell and make exactly $1000
$54 towe my friend degrees
The equation that describes the given polynomial is:
P(x) = x²*(x - 2)²*(x + 2)
<h3>
How to find the equation for the polynomial?</h3>
Remember that a polynomial with a leading coefficient A and roots:
x₁, x₂, x₃,...,xₙ
The equation that describes the polynomial is:
P(x) = a*(x - x₁)*(x - x₂)*...*(x - xₙ)
In this case, we know that the leading coefficient is 1, and the roots are:
2, 2, 0, 0, -2.
(the first two appear two times because have a multiplicity of two).
Then we can write the equation of the polynomial as:
P(x) = 1*(x - 2)*(x - 2)*(x - 0)*(x - 0)*(x + 2)
P(x) = x²*(x - 2)²*(x + 2)
Learn more about polynomials:
brainly.com/question/4142886
#SPJ1
One way they are similar, is that they are both 3-Dimentional figures.
Hope this helps!
