The polynomial's maximum value is relative.
<h3>
</h3><h3>
Is the maximum relative or absolute?</h3>
Here we have the polynomial:
Notice that the leading coefficient is negative, so, as x tends to negative infinite, V(x) will tend to positive infinite.
So we only have a relative maximum, because is local maximum (at x = 6.4), but the function can take larger values than that.
You can also check that on the graph of V(x), which you can see below:
If you want to learn more about maximums:
brainly.com/question/1938915
#SPJ1
40/50= 0.8
293/1000=0.293
Step-by-step explanation:
40/50
= 0.8
293/1000
Since the zeros are three,move three times from backwards to forward.
=0.293.
Hope it's useful.
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Answer:
I believe its 12%
Step-by-step explanation:
60-48=12 so 12%
We can solve this by using the P<span>ythagorean theorem which is below:
Or we can say
</span>
<span>w = widht
h = height
d = diagonal measure
With that said, we know the height is .75 times the width so .75w. We also know d = 34, which is our diagonal measure.
w = don't know yet but need to find
h = .75w
d = 34
Now lets plugin the information we know into our equation</span>
Now lets to the math
Combine like terms
Divide both sides of the equal sign by 1.5625
Now take the square root on both sides of the equal sign
So the width is 27.2
We can check this by putting 27.2 back into our original equation
