Of course not! There are an infinite number of smaller circles.
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.
first you draw a diamond shape in your paper. then draw a cross in the middle make sure it connects up down side to side.then do a wavy line at the bottom point.then you draw 3 small circles on the line.then attach even smaller circles to the bigger circles. enjoy Jed01234
No, not all parallels are great circles. A great circle is the largest possible circle that can be drawn on a sphere, and it divides the sphere into two equal hemispheres. Parallels, or lines of latitude, are circles that run parallel to the equator, and only the equator itself is a great circle. Other parallels, such as those near the poles, are smaller circles and do not divide the sphere into equal halves.
A circle fractal is a geometric pattern that exhibits self-similarity, where the overall shape consists of smaller circles that replicate the arrangement and size of the larger circle. One common example of a circle fractal is the Apollonian gasket, which is generated by repeatedly filling the gaps between three tangent circles with additional circles. As the process continues, the fractal becomes increasingly intricate, showcasing an infinite number of smaller circles within the original circle. This type of fractal illustrates the concept of recursion and the complexity that can arise from simple geometric rules.
The negative particle that circles the nucleus is the electron.
elentrons
Electrons...protons and neutrons are within the nucleus
Electrons are the particles that circle the nucleus of an atom.
Electrons are the particles that circle the nucleus of an atom.
Electrons are the particles that circle the nucleus of an atom.
Electrons are the particles that circle the nucleus of an atom.
Electrons are the particles that circle the nucleus of an atom.
No it does not. :o <===B
electrons
electrons
Electrons orbit the atomic nucleus in an electron cloud.