Geometry Construction Project
... 3. Construct a perpendicular segment from each vertex to the opposite side. The intersection of the sides and the perpendicular segments are the next three points of the circle. The points are called the altitude bases. 4. Construct the orthocenter. 5. Construct the midpoints of the segments from th ...
... 3. Construct a perpendicular segment from each vertex to the opposite side. The intersection of the sides and the perpendicular segments are the next three points of the circle. The points are called the altitude bases. 4. Construct the orthocenter. 5. Construct the midpoints of the segments from th ...
Algebra Geometry Glossary
... 61) slope of a line / janjeedhka xariiq an expression of the amount a line goes up or down as a ratio of the change in y over the change in x Example: This line goes up 1 on the y axis for every 1 on the x axis. The slope is 1:1. ...
... 61) slope of a line / janjeedhka xariiq an expression of the amount a line goes up or down as a ratio of the change in y over the change in x Example: This line goes up 1 on the y axis for every 1 on the x axis. The slope is 1:1. ...
Grade 6 Math Circles Pythagorean Theorem
... 3. If the length of a rectangle is 16 cm, and diagonal is 34 cm, what is the width? 4. Using Euclid’s Formula where n is 36 and m is 75, find a Pythagorean Triple. Terminology The Pythagorean Theorem can only be used in right-angled triangles. A right-angled triangle is a triangle with a 90◦ angle ( ...
... 3. If the length of a rectangle is 16 cm, and diagonal is 34 cm, what is the width? 4. Using Euclid’s Formula where n is 36 and m is 75, find a Pythagorean Triple. Terminology The Pythagorean Theorem can only be used in right-angled triangles. A right-angled triangle is a triangle with a 90◦ angle ( ...
