Well 52 divided by 8 is 6.2 so..
any point that is on the circle will have a distance of "radius" units, namely 13 units, since the radius is just that.

Answer:
x=3
Step-by-step explanation:
Set equations equal to each other:

Subtract two from both sides

Factor out x^2 from the left side

Factor the right side, look for two factors of 9, which add to -6, which is just -3 and-3

So as you can see here, we have both sides in factored form, and both have a factor of (x-3) on both sides, and if one of the factors is zero, then the entire thing becomes zero, since 0 * anything= zero.
this means a solution would be at x=3, since it makes the right side 0 * 0 = 0, and the left side (3)^2 * 0 = 0
It's important to notice this, since had we divided by x-3 to make the equation a quadratic, we would've excluded this real solution, because when dividing by x-3 the solution x=3 makes it 0, so we would've been dividing by zero.
So one of the real solutions is at x=3
Hi!
<h3>Let's solve this using PEMDAS.</h3><h3>Parentheses - Addition</h3>
4 * 32 ÷ (4 - 3)
<h3>Parentheses - Subtraction</h3>
4 * 32 ÷ 1
<h3>Multiplication</h3>
128 ÷ 1
<h3>Division</h3>
<u>128</u>
<h2>The answer is 128.</h2>
Hope this helps! :)
-Peredhel
Answer:
The Length , width and height of solid are 4 feet , 3 feet and 7 feet respectively.
Step-by-step explanation:
Let the width of rectangular solid be x
We are given that the length of the container must be one meter longer than the width
So, Length of solid = x+1
We are also given that height must be one meter greater than twice the width
So, Height of solid = 2x+1
So, Volume of solid = 
Volume of solid = 
Volume of solid =
Volume of solid =
We are given that a rectangular solid must have a volume of 84 cubic meters
So, 
On equating
x-3=0
x=3
So, Length of solid = x+1=3+1 = 4 feet
Height of solid = 2x+1 =2(3)+1=7 feet
Width of solid = 3 feet
Hence The Length , width and height of solid are 4 feet , 3 feet and 7 feet respectively.