Clearly, circumference of circle is 6.27m i.e. 2*pi*r = 6.27
where r is the radius and pi = 3.14.
On putting the given values we get
2*3.14*r = 6.27
6.28*r = 6.27
r = 6.27/6.28 = 0.99m or 1m
If you mean "what is the radius of a circle", then the answer is the line segment or length from the center of circle to the set of points that form the circle. The radius is also half of the diameter.
When the angle is measured in radians arc_length = angle x radius. So, 20cm = angle x 12cm => angle = 20cm / 12cm ~= 1.67 radians
It is: (x-a)^2 +(y-b)^2 = m squared
Area of a circle = pi*radius squared Circumference of a circle = 2*pi*radius or diameter*pi
Curvature is a general term to describe a graph. Like, concave or convex. Radius of curvature is more exact. If the curve in a 'small' section is allow to continue with the same curvature it would form a circle. that PRETEND circle would have an exact radius. That is the radius of curvature.
If you mean "what is the radius of a circle", then the answer is the line segment or length from the center of circle to the set of points that form the circle. The radius is also half of the diameter.
The diameter of a circle is twice length of a radius, because it is basically two radii (plural of radius) joined together so they form a continuous line across the circle. If you multiply the length of the radius, 40 meters, by 2, then you get the length of the diameter, 80 meters.
When the angle is measured in radians arc_length = angle x radius. So, 20cm = angle x 12cm => angle = 20cm / 12cm ~= 1.67 radians
A line segment that is bent to form part of a circle would be considered an arc.
It is: (x-a)^2 +(y-b)^2 = m squared
Area of a circle = pi*radius squared Circumference of a circle = 2*pi*radius or diameter*pi
The circumference C of a circle with radius R is C = 2*pi*R pi = 3.1416... R = 18 Using a calculator: C = 113 inches This is the length of track of an HO model train laid out with eight curved sections to form a circle of radius 18 inches, such as around a christmas tree.
Imagine if you will a circle with a chord drawn through it and a line running from the center of that chord to the center of the circle. That line is necessarily perpendicular to the chord. This means you have a right triangle whose hypotenuse is the radius of the circle. The radius is thus given by: r = sqrt{(1/2 chord length)^2 + (length of perpendicular line)^2} The actual formula to find the radius is as follows: r= C squared/8a + a/2, where C is the chord length, and a is the distance from center point of the chord to the circle , and a and C form an angle of 90 degrees. the entire formula before simplification is r = sqrt {(1/2 C)^2 + (r-a)^2}
Assuming that the question was meant to be about a chord (not chrod) and radius (not radious), the answer is no. A chord is a line joining two points on the circumference of a circle. One end of a radius is on the circumference but the other is at the centre.
It is a "circle". π=3.1415 (Pi) The radius of a circle = the distance form the center to the edge going in a straight line. The Diameter of a circle = radius x 2 The Area of a circle = radius2 x π The Circumference of a circle = diameter x π (or 2 × π × radius)
Half of the chord, the distance of the midpoint from the center, and a radius, form a right triangle, with the radius as its hypotenuse. (4.5)2 + (6)2 = (radius)2 (20.25) + (36) = 56.25 = R2 Radius = 7.5 inches
If you create third circle with radius 2, then all the points on that circle would be equidistant form both circles. So the answer is a circle with radius 2.