No.
A circle's area is a two dimensional concept while its circumference is one dimensional.
Having said that, a circle's area and circumference can have the same numerical value.
Area = pi*r2
Circumference = 2*pi*r
So if pi*r2 = 2*pi*r, that is to say, if r = 2 units both will have the same numerical value.
The derivative of a circles area is it's circumference.
Circumfrences are only for circles.
Using 3.14 as Pi the area of circle is: 0
Radius, Diameter, Arc,Seicircle, Circumference and area.
Yes
A square can't have a circumference. That's only for circles squares have area, volume, or perimeter.
The converse of the statement "If two circles have the same diameter, then they have the same circumference" is "If two circles have the same circumference, then they have the same diameter." This means that if you know two circles share identical circumferences, you can conclude that their diameters are also equal.
The title of the picture is "Circumference and Area of Circles" on page D-60. It's not rocket science, darling. Just turn to page D-60 and feast your eyes on the wonders of circles. You're welcome.
YES!!! THey would be congruent circles; tjhat is appear to be the same size.
Area=pi times radius squared Circumference=pi times diameter or pi times radius times two
Find the circumference of the circles (the ends) and multiply it by the height of the cylinder. Then add that to the area of the ends.
Circumference is analogous to perimeter, it's just a different name. Circumference can also be applied to ellipses and other curved figures.