Geometry ELG HS.G.4: Make geometric constructions.
... a. Show how to fold your paper to physically construct this point as an intersection of two creases. b. Explain why the above construction works, and in particular why you only needed to make two creases. Solution: a. Fold and crease the paper so that line segment point A lands onto point B. Do the ...
... a. Show how to fold your paper to physically construct this point as an intersection of two creases. b. Explain why the above construction works, and in particular why you only needed to make two creases. Solution: a. Fold and crease the paper so that line segment point A lands onto point B. Do the ...
Ch 12 Notes
... Inscribed Polygon: all vertices of a polygon lie on the circle, the circle is drawn around Circumscribed: when a circle is drawn about a figure Corollary to 12.11: Two inscribed angles that intercept the same arc are congruent. Corollary to 12.11: An angle inscribed in a semicircle is a right angle. ...
... Inscribed Polygon: all vertices of a polygon lie on the circle, the circle is drawn around Circumscribed: when a circle is drawn about a figure Corollary to 12.11: Two inscribed angles that intercept the same arc are congruent. Corollary to 12.11: An angle inscribed in a semicircle is a right angle. ...
3.6 homework answers
... THEN THE LINES ARE PERPENDICULAR ΰ )F TWO SIDES OF TWO ADJACENT ACUTE ANGLES ARE PERPENDICULAR THEN THE ANGLES ARE COMPLEMENTARY {° )F TWO LINES ARE PERPENDICULAR THEN THEY INTERSECT TO FORM FOUR RIGHT ANGLES x° ...
... THEN THE LINES ARE PERPENDICULAR ΰ )F TWO SIDES OF TWO ADJACENT ACUTE ANGLES ARE PERPENDICULAR THEN THE ANGLES ARE COMPLEMENTARY {° )F TWO LINES ARE PERPENDICULAR THEN THEY INTERSECT TO FORM FOUR RIGHT ANGLES x° ...