Circumference = 106 x 360/225 = 169.6 ft = 2 x pi x radius so radius = 84.8/pi = 27 feet as near as makes no difference
radius Additional answer Actually, the radius is the line that joins the centre to the circumference. The line that compasses draw to trace a circle is just that, a circle.
If you traced around the bottom of a cone, you would see a circular shape. The base of a cone is a circle, and tracing its outline would produce a continuous curve that forms a complete circle. The radius of this circle corresponds to the distance from the center of the base to its edge.
Jeanne can use the technique of populating by drawing multiple lines connecting points on the circumference of the traced circle. By finding the midpoints of these lines and drawing additional lines between them, she can create intersecting points. The intersection of these lines will lead her to the center of the circle, allowing her to accurately identify it. This method relies on the geometric property that the perpendicular bisectors of chords converge at the center of the circle.
The selection of 360 as the number of degrees (i.e., smallest practical sub-arcs) in a circle was probably based on the fact that 360 is approximately the number of days in a year. Its use is often said to originate from the methods of the ancient Babylonians. Ancient astronomers noticed that the stars in the sky, which circle the celestial pole every day, seem to advance in that circle by approximately one-360th of a circle, i.e., one degree, each day. (Ancient calendars, such as the Persian Calendar, used 360 days for a year.) Its application to measuring angles in geometry can possibly be traced to Thales who popularized geometry among the Greeks and lived in Anatolia (modern western Turkey) among people who had dealings with Egypt and Babylon. Another motivation for choosing the number 360 is that it is readily divisible: 360 has 24 divisors (including 1 and 360), including every number from 1 to 10 except 7. For the number of degrees in a circle to be divisible by every number from 1 to 10, there would need to be 2520 degrees in a circle, which is a much less convenient number.
To make circles, you can use a compass, which allows you to draw perfect circles by pivoting around a central point. Alternatively, a round object like a cup or lid can be traced to create a circle. In digital design, software tools like graphic design programs often have built-in shape tools to create circles easily.
The length of rotation typically refers to the distance traveled by a point on a rotating object as it completes one full rotation around its axis. It is calculated based on the circumference of the circle traced by the rotating point.
radius Additional answer Actually, the radius is the line that joins the centre to the circumference. The line that compasses draw to trace a circle is just that, a circle.
As the Earth completes one rotation on its axis, the path traced by Berkeley, California, is a circular arc. This arc follows a path that is determined by its latitude, appearing as a small circle around the Earth's axis of rotation. The exact shape can be visualized as a segment of a larger circle, reflecting the curvature of the Earth.
If you traced around the bottom of a cone, you would see a circular shape. The base of a cone is a circle, and tracing its outline would produce a continuous curve that forms a complete circle. The radius of this circle corresponds to the distance from the center of the base to its edge.
So long as the handset is switched on - any handset can be traced to within a 3 metre radius of its location !
The circumference.
An astroid is a hypocycloid with four cusps - a particular form of plane curve traced from a fixed point on a circle.
Jeanne can use the technique of populating by drawing multiple lines connecting points on the circumference of the traced circle. By finding the midpoints of these lines and drawing additional lines between them, she can create intersecting points. The intersection of these lines will lead her to the center of the circle, allowing her to accurately identify it. This method relies on the geometric property that the perpendicular bisectors of chords converge at the center of the circle.
first thing you need to do is convert cm to meters. 6.00cm= 0.006m 24.0cm= 0.024m the rest i don't understand but this is how you get it right: 2(pi)(0.006)= arc length= 0.0376 something about the second hand taking 60 sec for one rev, so: 60*0.024/ 0.0376 = 38.3 seconds. that should work! good luck.
Session Layer traced lost Packets.
At which layer lost packets are traced?
The Origin of science is often traced to the