This is an interesting question: very simple but incredibly difficult. I have not found a proper answer but have got a partial answer to a related question: given a number of unit squares, what is the smallest circle that they will fit into. The two are linked very simply: if 2 unit squares will fit in a circle of radius 1.118 then a unit circle can hold 2 squares of a maximum side of 1/1.118 units.
The answers given below can be proved only for n = 1 and 2.
1 square : radius = sqrt(2)/2 = 0.707 approx.
2 squares : radius = sqrt(5)/2 = 1.118 approx.
3 squares : radius = 1.288
4 squares : radius = 1.414
5 squares : radius = 1.581
10 squares : radius = 2.121
20 squares : radius = 2.893
30 squares : radius = 3.485.
For all integers up to 35 see www2.stetson.edu/~efriedma/squincir/
This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.
First of all, you need to know the radius of the tank. Second, what does outside square footage mean?
Searching Google with "square root of 396" gave 19.8997487421 (round to 19.9). To discover the method used to calculate the sq root, search Google.
There are infinitely many. Calculate the square root of 250, and round it up. The square of this number will be the first one. The square of any larger integer will also be a perfect square larger than 250.
round to the nearest whole # after estimating the square root
A round container is a cylindrical-shaped object that typically has a circular top and bottom. It is commonly used for storing, transporting, or displaying items such as food, drinks, or small items.
This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.This isn't an exact root. Just calculate the square root on your calculator, and round it to the desired accuracy.
A square container allows for better utilization of space in a freezer.
We need a THIRD figure to calculate volume
Flatten it out then measure it with a ruler! ;)
There are several possible items that could fit the characterization as a round open metal or plastic container with a handle for carrying liquids. A bucket and water pitcher are two.
As a liquid water has no defined shape. It will take on the shape of the container it is put in.
Almost any calculator can calculate square roots. Have the calculator calculate it. Then round the result to 1 decimal place.
The approx difference is 0.7
The largest 3-digit number - not itself a perfect square - is 999. Calculate its square root, round the answer down, then square the answer again.
Yes it can See a gas it needs to change its shape in order to fit into a container or anything that it can be in for instance....If i had a square container and a cirlce container the gas is going to have to change its shape to fit in to the round container...if the gas starts out in the square container it has to change its shape into a circle to be able to be in the circle container
First of all, you need to know the radius of the tank. Second, what does outside square footage mean?