Word - Milwaukee Public Schools
... F.TF.C.8 Prove the Pythagorean identity sin2( q ) + cos2( q ) = 1 and use it to find sin( q ), cos( q ), or tan( q ), given sin( q ), cos( q ), or tan( q ), and the quadrant of the angle. F.TF.C.8 Task Given the rectangle below, identify the following values. ...
... F.TF.C.8 Prove the Pythagorean identity sin2( q ) + cos2( q ) = 1 and use it to find sin( q ), cos( q ), or tan( q ), given sin( q ), cos( q ), or tan( q ), and the quadrant of the angle. F.TF.C.8 Task Given the rectangle below, identify the following values. ...
Discovering Geometry An Investigative Approach
... Investigation 2: Surface Area Ratios In this investigation you will explore whether the Proportional Areas Conjecture is true for surface areas of similar figures. For this investigation you will need interlocking cubes and isometric dot paper. Follow Steps 1–3 in your book. You should find that the ...
... Investigation 2: Surface Area Ratios In this investigation you will explore whether the Proportional Areas Conjecture is true for surface areas of similar figures. For this investigation you will need interlocking cubes and isometric dot paper. Follow Steps 1–3 in your book. You should find that the ...
File
... 5. A wheelchair ramp is 8.2 m long and rises 0.75 m. What is the angle of elevation of the ramp, to the nearest degree? ...
... 5. A wheelchair ramp is 8.2 m long and rises 0.75 m. What is the angle of elevation of the ramp, to the nearest degree? ...
Fractions and Decimals - Sweet Home School District
... corresponding sides have equal ratios so CARS ~ BIKE. The scale factor is 2 or 2 : 3. ...
... corresponding sides have equal ratios so CARS ~ BIKE. The scale factor is 2 or 2 : 3. ...
English 9 - OpenStudy
... You can draw DE of any length and place it anywhere on the coordinate plane, but not on top of ABC. From points D and E, create an angle of the same size as the angles you chose on ABC. Then draw a ray from D and a ray from E through the angles such that the rays intersect. You should now have ...
... You can draw DE of any length and place it anywhere on the coordinate plane, but not on top of ABC. From points D and E, create an angle of the same size as the angles you chose on ABC. Then draw a ray from D and a ray from E through the angles such that the rays intersect. You should now have ...
3 Congruent Triangles
... • In the next exercise we will investigate the minimum conditions for congruent triangles. A minimum condition is the smallest amount of information that we need to know about two triangles before we can say they are congruent. ...
... • In the next exercise we will investigate the minimum conditions for congruent triangles. A minimum condition is the smallest amount of information that we need to know about two triangles before we can say they are congruent. ...
