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-- 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.
There are infinite amount of diameters.
This question does not make sense. All chords are not, in fact, diameters. Actually, only chords that pass through the center of a circle are diameters.
To convert centimeters to inches, divide by 2.54.
There are infinite diameters in a circle all of the same lengths.
-- 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.
Mars Venus and Mercury and the dwarf planet pluto
Not in our solar system. The inner planets are smaller.
In diameters of what?
Unmyelinated fibers typically have smaller diameters than myelinated fibers.
There are infinite amount of diameters.
The four inner, rocky planets are also known as the terrestrial planets. These are; Mercury, Venus, Earth and Mars. These have much smaller diameters than the outer gas giant planets. The smallest is Mercury, with a diameter of 4879km or 3032 miles.
No, all chords are not diameters, though all diameters are chords.
There are infinite diameters within a circle.
A diameter is a cord in a circle containing the center of the circle. But some circles are sections of spheres. Not all diameters are diameters of spheres.
This question does not make sense. All chords are not, in fact, diameters. Actually, only chords that pass through the center of a circle are diameters.
To convert centimeters to inches, divide by 2.54.