It's cool to see teachers still using whiteboards or blackboards in class. Seeing that big compass, and set square, took me back to my schooldays in the 1970s.
Certainly, you can choose other points on the diameter (besides the second point) to draw a pentagon. However, keep in mind that the resulting pentagon may not be regular. The choice of points will affect the lengths of the sides and the angles of the pentagon.If you select the third or fourth point on the diameter, for example:Third Point:If you connect the third point to the circumference, it forms one side of the pentagon. The resulting pentagon may have unequal sides and unequal angles.Fourth Point:Similarly, if you connect the fourth point to the circumference, it forms a side of the pentagon. This will create a different irregular pentagon.
![14. Introduction to the construction of an Ellipse Concentric Circle [Auxiliary] Method](http://i.ytimg.com/vi/SW8DJ09rX_M/mqdefault.jpg)
![14. Introduction to the construction of an Ellipse Concentric Circle [Auxiliary] Method](/img/tr.png)
It's cool to see teachers still using whiteboards or blackboards in class. Seeing that big compass, and set square, took me back to my schooldays in the 1970s.
Good work mr.
Thank you sir
Keep it up mabwana CB. Crystal clear❤
Why are interested in point two only
Certainly, you can choose other points on the diameter (besides the second point) to draw a pentagon. However, keep in mind that the resulting pentagon may not be regular. The choice of points will affect the lengths of the sides and the angles of the pentagon.If you select the third or fourth point on the diameter, for example:Third Point:If you connect the third point to the circumference, it forms one side of the pentagon. The resulting pentagon may have unequal sides and unequal angles.Fourth Point:Similarly, if you connect the fourth point to the circumference, it forms a side of the pentagon. This will create a different irregular pentagon.
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