
Unit 3
... 4 in the thousandths place 8 in the hundredths place 5 in the hundred millions place 2 in the ten millions place 5 in the ten thousands place 4 in the hundred thousands place 1 in the ten billions place 2 in the hundred billions place ...
... 4 in the thousandths place 8 in the hundredths place 5 in the hundred millions place 2 in the ten millions place 5 in the ten thousands place 4 in the hundred thousands place 1 in the ten billions place 2 in the hundred billions place ...
Stars: A Second Look
... results in terms of the exterior angles of the star polygons. It is also likely that students who have had a strong experiential background in LOGO (Turtle Geometry) would find this approach quite natural and easy (see Activity 1 in De Villiers, 2011). For example, consider the star pentagon shown b ...
... results in terms of the exterior angles of the star polygons. It is also likely that students who have had a strong experiential background in LOGO (Turtle Geometry) would find this approach quite natural and easy (see Activity 1 in De Villiers, 2011). For example, consider the star pentagon shown b ...
2.9 Lesson Plan
... Determine the validity in other students’ solutions regarding angle relationship problems. ...
... Determine the validity in other students’ solutions regarding angle relationship problems. ...