0
You will need... A set of compasses (for drawing the circle), and a straight edge.
First, draw the circle. Then - put the point of the the compasses on the line. Mark the circle where the pencil crosses it. Place the point on this intersection and repeat the action until you're back at your starting point.
Now - using the straight edge, join every alternate point to each other - forming an equilateral triangle.
What else can I help you with?
Can you construct an equiangular triangle that is not equilateral?
No, you can't.
What would a diagram look like that represents the contrapositive of the statement If it is an equilateral triangle then it is an isosceles triangle?
The contrapositive of the statement "If it is an equilateral triangle, then it is an isosceles triangle" is "If it is not an isosceles triangle, then it is not an equilateral triangle." A diagram representing this could include two circles: one labeled "Not Isosceles Triangle" and another labeled "Not Equilateral Triangle." An arrow would point from the "Not Isosceles Triangle" circle to the "Not Equilateral Triangle" circle, indicating the logical implication. This visually conveys the relationship between the two statements in the contrapositive form.
What must you construct before you trisect a right angle?
An equilateral triangle on on of the arms of the right angle.
How do you construct equilateral triangle if only altitude is given?
Use trigonometry knowing that the angle will be 60 degrees
What tools or construction is needed to construct an equilateral triangle?
To construct an equilateral triangle, you need a straightedge (ruler without markings) and a compass. First, draw a straight line segment of the desired length for one side of the triangle. Then, use the compass to draw arcs from each endpoint of the segment, with the radius set to the length of the segment, intersecting the arcs to find the third vertex. Finally, connect the vertices to complete the equilateral triangle.
To construct a angle you first construct an equilateral triangle?
Yes
Can you construct an equiangular triangle that is not equilateral?
No, you can't.
What triangle do you need to construct in order to trisect a right angle?
An equilateral triangle.
To trisect an angle you first construct an equilateral triangle?
Right
Can an equilateral triangle be circular?
Yes. Any triangle can be inscribed in a circle.
Is it possible to construct an equilateral triangle using only a straightedge and a compass?
True
Can an equilateral triangle be inscribed in a circle?
Yes and perfectly
What is the angle of rotation for a point on a circle for drawing an equilateral triangle?
The angle of rotation for a point on a circle to draw an equilateral triangle is 120 degrees, as the triangle's three equal angles divide the circle into three equal 120° arcs.
What would a diagram look like that represents the contrapositive of the statement If it is an equilateral triangle then it is an isosceles triangle?
The contrapositive of the statement "If it is an equilateral triangle, then it is an isosceles triangle" is "If it is not an isosceles triangle, then it is not an equilateral triangle." A diagram representing this could include two circles: one labeled "Not Isosceles Triangle" and another labeled "Not Equilateral Triangle." An arrow would point from the "Not Isosceles Triangle" circle to the "Not Equilateral Triangle" circle, indicating the logical implication. This visually conveys the relationship between the two statements in the contrapositive form.
Which of these tools or constructions is needed to construct an equilateral triangle?
Compass I know that apex struggle
How do you know the measure of each angle in an equilateral triangle using what you know about equilateral triangles and the degree measure of a circle or a straight angle?
the sum of the angles of a plane triangle is always 180° In an equilateral triangle, each of the angles is = Therefore, the angles of an equilateral triangle are 60°
What must you construct before you trisect a right angle?
An equilateral triangle on on of the arms of the right angle.
