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It is difficult to say since there is no image and it is not clear what part is shaded. But, if there is a circle with a 12 metre diameter which contains two equal circles which are as large as possible, then the shaded area is probably 56.55 square metres.

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That depends how large the shaded circles are, and how they intersect the circle.

Q: The diameter of a larger circle is 12M what is the area of the non shaded part There are tow shaded circles in a bigger one?

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Difference in areas = A1 - A2 where A1 and A2 are the areas of the larger and smaller circles. Other expressions will depend on what information about the circles is available: radius, diameter, circumference.

Find the area of both circles (A = πr2) and subtract the area of the larger circle from that of the smaller circle inside it.

-- Every circle has a diameter of some size. -- All of the diameters that you can draw in the same circle are the same size. -- The smaller the circle is, the smaller its diameter is. There's no minimum size. -- The larger the circle is, the larger its diameter is. There's no maximum size.

The diameter of all circles is equal to it's Diameter multiplied by a 'constant' which is Pi which has a value of 3.1416 or approx. 3&1/7th. So, if the diameter is doubled then the circumference is also doubled because diam. and circum. are in direct proportion. Another example :- if the diam is 3.5 times larger, then the circum. will also be 3.5 times larger.

It is larger than the diameter by a factor of Pi (about 3.1416).

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depending on the circles equation..a larger circle is easier

Depending on what you are playing the game on but it's pretty self explanatory. You move your circle around to other smaller ones to get bigger, but avoid larger circle that are bigger than yours because they can eat you. Consume circles that are smaller than you and once you are larger than a circle you can eat it and you will notice that your circle will get much larger after time.

Difference in areas = A1 - A2 where A1 and A2 are the areas of the larger and smaller circles. Other expressions will depend on what information about the circles is available: radius, diameter, circumference.

calculate the area of both circles and then subtract the smaller area from the larger area you have your gap.

Polaris traces out a circle with a diameter of 1.5 degrees above the North Pole. Other nearby stars trace out larger circles.

Find the area of both circles (A = πr2) and subtract the area of the larger circle from that of the smaller circle inside it.

-- Every circle has a diameter of some size. -- All of the diameters that you can draw in the same circle are the same size. -- The smaller the circle is, the smaller its diameter is. There's no minimum size. -- The larger the circle is, the larger its diameter is. There's no maximum size.

The diameter of all circles is equal to it's Diameter multiplied by a 'constant' which is Pi which has a value of 3.1416 or approx. 3&1/7th. So, if the diameter is doubled then the circumference is also doubled because diam. and circum. are in direct proportion. Another example :- if the diam is 3.5 times larger, then the circum. will also be 3.5 times larger.

The circumference of the circle is larger than the perimeter of the rectangle.

The radius of a circle is the distance from the center of the circle to any point on the circle's circumference. It is half the diameter of the circle. Radius is a fundamental measurement used in geometry and trigonometry to calculate various properties of circles and spheres.

Given a diameter d, the circumference of a circle is Pi*d. Thus the circumference is Pi times larger than the diameter.

This is a matter of calculating the area of the two circles = πr2 In these cases the r = (1) 100 cm and (2) 150cm. Then you subtract the smaller area from the larger area.