2x16 is 32 so you would take square root of 16 out which is 4 and leave the 2 inside. So the answer is 4sqrt(2)
Answer:
C
Step-by-step explanation:
The picture is a bit blurry, but from what i can see, i'd say C (whichever one has -4 x 3 x 1 under the square root.)
So for this, you need to know the quadratic formula, which is:

<em>*ignore the weird capital A, it keeps coming up when i try to use the ± symbol</em>
They have given you the equation of a quadratic, so the first thing you have to do is rearrange it, so that
comes first.
<u>So now we have the equation: 3</u>
<u> - 2x +1</u>
*the quadratic formula uses a, b and c, but they are specific. a is always the coefficient of
, b is always the coefficient of x and c is always the constant (number without an x)
<u>So, i can find that, in this case:</u>
a = 3 b= -2 c=1
<u>Now substitute each of those values it into the original quadratic equation:</u>
<u />

<em>*again, ignore the weird capital A. </em>
That's how you find the answer, which from what i can tell in the picture is C.
Hope that helped : )
I got x = 4.3 (I cant type it but there’s a line above 3 which means there’s no end)
Answer:I'm sorry but I think you should explain A little more. I'm in algebra two and I'm a bit perplexed, not by the problem but what goes where
Step-by-step explanation:
Explain What the variables are and what they mean please!
Open the numbers for easy grasp by just knowing the decimal position but also you can read directly from the numbers and checking their exponents.
1.(Jurassic) 208000000
2.(Silurian) 438000000
3.(Tertiary) 66400000
4.(Triassic) 245000000
245000000Silurian, Triassic, Jurassic and Tertiary.
245000000Silurian, Triassic, Jurassic and Tertiary. And yes you are smart! Don't sell yourself short!
245000000Silurian, Triassic, Jurassic and Tertiary. And yes you are smart! Don't sell yourself short! All the best!