Draw a straight line and with compass mark off two joined arcs above and below the line and then join the arcs together which will produce a perpendicular line.
Using only a compass & straight edge (classic style), draw a circle around any point on the line. All you need is the two tiny arcs crossing the line. Then taking the two places where your first arcs crossed the line as centers, draw two bigger circles around those points. Note that each circle will each cross the line at two points. You actually need just the two points from each center "toward" the other center. (Don't make the two second circles so big that the radius is greater than the distance between the two points (though this will still work). This will give you two arcs across the line, and they will intersect each other above and below the line. If you then take your straight edge and draw a line through your original line from one of those intersections to the other, this new line will be perpendicular to the original line. Use the link to the Wikipedia article and look at the construction. It's actually the construction of a perpendicular through a line from a point off the original line, but check it out and note the green arcs, which would be your two second arcs from the two centers you found with your first circle. The blue line is the perpendicular to the original (the black) line. m2=-1/m1 where m1=grad of the original line & m2=grad of the line perpendicular to the original line
It is convex because you can draw a straight line between any two points on it without having to take your pen off of the sign.
Degree measure is based off of a division of 360 degrees in a circle. Radian measure is based off of a division of 2PI in a full circle.
In a general trapezium, the non-parallel sides are not congruent. However, in an isosceles trapezium, the non-parallel sides are congruent. So the shape is like an isosceles triangle with its apex chopped off by a straight line parallel to its base.
Simply put, the straight line is the on, and the circle is the off. These symbols represent an electrical circuit. The Straight line represents a closed circuit, which means the switch is on and the electric current can travel through it, and the circle means and open circuit, where the current cannot travel because the circuit is open. A quick trick to remember: "O, Open, Off".
The circle and line symbol that appears on most computer power buttons is simply the symbol for Power. This is a universal symbol and it used on computers in many countries. It is considered the universal symbol for Power On/Off.
get off of me i'm a circle not a circle with a line through it
the symbols used are m for motorthe circle with the cross in the middle is bulbtwo pairs of lines is two batteriesthe line circle and some empty space then a line is off switcha straight line means wire
I believe that is called a chord. Yes, a chord is the straight line segment that crosses a circle, from one side of the circle to the other. The biggest possible chord is the diameter. The curved part of the circle, cut off by the chord [or chords], is the arc or the angle.
Yes
The shortest distance between two places on the globe is a great circle route. This is the path that follows the curve of the Earth's surface and represents the shortest distance between two points. Any straight line drawn on a globe represents a segment of a great circle route.
acceleration in a circular motion :)
ELECTRIC symbol for "pump" is usually the symbol just for the motor part of a pump-motor combination. Motor symbol is usually a circle with two opposing tails spinning off the circumferance (kind of like a Hurricane symbol) In the center of the circle is the letter"M" Sometimes the tauils are left off. Heat Trace is usually the same as a heater element: a zig-zag line usually with a note to clarify that is heat tracing.
Centripetal force acts as the inward force that keeps an object moving in a circular path. It is necessary for an object to continually change direction and avoid heading off in a straight line. Without centripetal force, an object would move in a straight line tangent to the circle it is currently on.
The Greek letter mu, in lower case, followed by a lower-case M. A mu looks like a u with a straight line coming down off the left-hand side.
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