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Transcript
Student “I Can Statements” for Math Standards Trigonometry I can statement I can simplify a trigonometric expression. I can verify a trigonometric identity. I can solve a trigonometric equation. I can apply the sum and difference formulas, double and half angle formulas. I can identify the question to be answered in a problem statement. I can model a problem with an accurate diagram, and correctly label given and required information. I can solve the problem by implementing a strategy involving Law of Sine, Law of Cosines, and right triangle trigonometry. I can compute problems using dot problem formula. I can calculate unit vectors. I can compute the direction angle of a given vector problem. I can compute work and projection problems involving vectors. I can complete the square for a general second degree equation in two variable and rewrite the equation in a standard conics form. I can graph a conic section given its equation I can find verticies, foci, eccentricity, and asymptotes. Standard # met Know and apply the fundamental trigonometric identities, including definitions, Pythagorean Identities, angle sum and difference formulas, double and half angle formulas. Solve applied problems using Law of Sines, and/or Law of Cosines. Apply vector algebra concepts, including dot product, scalar multiplication, unit vectors, direction angle, magnitude, work, projections, and vector components Write equations in standard form for circles, parabolas, ellipses, and hyperbolas, and identify properties of each type of I can use the equation of a parabola to solve problems involving trajectories. I can solve design problems and problems involving orbits using equations of an ellipse. I can rewrite an equation in rectangular form from parametric form by eliminating the parameter. I can sketch plane curves defined in parametric form using a graphing utility. I can sketch a polar graph by hand or by using a graphing utility. I can covert points and equations between polar and rectangular forms. conic by utilizing information from its equation. Solve applied problems using solutions involving conic sections concepts. Utilize parametric equations to sketch plane curves, and convert between parametric and rectangular coordinate forms. Plot points defined in polar form, and convert equations between polar and rectangular forms.