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What else can I help you with?
How many chords can drawn in 50 points in circle?
The answer is 1225.
How many lines can be drawn through a given point on a circle that is tangent to the circle?
Infinite lines because a circle has infinite lines of symmetry.
How many equal chords can a circle have?
Infinitely many! because there are infinitely many points on the circle. So for each ponit on the circle a ponit can be determined on the circle at a given distance from that point resulting into greatly many eaqal chords.
How many parallel line in a circle?
Infinite when chords are parallel to the circle's diameter
Can a chord of a circle also be the diameter of the circle?
Sure. Any chord that passes through the center of the circle is also a diameter. Chords can have many different lengths, but a diameter is the longest chord.
How many lines of symmatry in a circle?
A circle has an infinite number of lines of symmetry. Any chord of the circle that passes through its center will be line of symmetry. And there are an infinite number of lines that can be drawn through the center of the circle.
How many diagonals does a circle have?
If you are referring to the segment passing through the center of the circle and touching the circumference of the circle then it's the diameter of the circle.There can be infinite diameters drawn inside a circle.
How many chords can a circle have?
An infinite amount because a circle is a collection of infinite points.
How many chords can be in a circle?
It gives us anything,Objectes will start urivecarning electricity.(ARE YOU DESCRIPTING YOURSELF?)This will save alot of chords in a circle.
How many lines can be drawn through one piont?
Infinite just think about the centre of a circle and its diameter
How many distinct lines can be drawn through a fixed line?
Infinite lines as for example the diameter of a circle
How many chord are there in a circle?
In a circle, there are infinitely many chords because a chord can be defined as a line segment with both endpoints on the circle. Since you can choose an infinite number of points on the circumference to create different chords, the total number of chords is limitless. Each unique pair of points on the circle corresponds to one unique chord.
