student objectives (competencies/outcomes)
... VOCABULARY: Acute triangle, obtuse triangle, right triangle, equiangular triangle, scalene triangle, isosceles triangle, equilateral triangle, exterior angle, remote interior angle, flow proof, corollary, congruent triangles, congruence, transformations, included angle, included side, vertex angle, ...
... VOCABULARY: Acute triangle, obtuse triangle, right triangle, equiangular triangle, scalene triangle, isosceles triangle, equilateral triangle, exterior angle, remote interior angle, flow proof, corollary, congruent triangles, congruence, transformations, included angle, included side, vertex angle, ...
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... A tangent segment to a circle, at the point of tangency, is ________________________ to the radius at the point of tangency. ...
... A tangent segment to a circle, at the point of tangency, is ________________________ to the radius at the point of tangency. ...
Students will be able to classify triangles by their angle measures
... SWBAT apply SSS and SAS to construct triangles and to solve problems. SWBAT prove triangles congruent by using SSS and SAS. SWBAT apply ASA, AAS, and HL to construct triangles and to solve problems. SWBAT prove triangles congruent by using ASA, AAS, and HL. ...
... SWBAT apply SSS and SAS to construct triangles and to solve problems. SWBAT prove triangles congruent by using SSS and SAS. SWBAT apply ASA, AAS, and HL to construct triangles and to solve problems. SWBAT prove triangles congruent by using ASA, AAS, and HL. ...
Trigonometry on the Complex Unit Sphere
... Therefore U is the unit sphere under the distance operator (1) in the complex plane. Another quirk to the idea of complex distance is that there exists points ζ 6= ω such that d(ζ, ω) = 0. Take, for example, the points ζ = α + iβ and ω = β − iα. The distance between these two points defined by this ...
... Therefore U is the unit sphere under the distance operator (1) in the complex plane. Another quirk to the idea of complex distance is that there exists points ζ 6= ω such that d(ζ, ω) = 0. Take, for example, the points ζ = α + iβ and ω = β − iα. The distance between these two points defined by this ...
