Solve the equation of a circle given three points on the circle 7.
Express standard equation of a circle to general equation 6. Transform general equation of circle to standard equation 5. Solve the area, circumference, radius, & center of a given circle 4. Determine the equation of a circle with center at (0, 0) & (h, k) 3. Find the equation of perpendicular bisector. Determine the equation of perpendicular lines 9. Find the distance between parallel lines 7. Determine the distance between a line & a point 6. Transform general equation to standard forms 5. Identify the different forms of linear equations 3. Determine the general equation of a line 2. ITAAS/10-14-2016 VPAAĪpproved by/date: ESTELA C. Prepared by/date: COLLEGE DEANS/10-7-2016 Handouts, Computer & DLP, Powerpoint Presentation, eBooks, Find the acute & obtuse angles betweenįundamental Concepts Basic Concepts, Cartesian coordinate system Distance formula Midpoint formula Applications of distance formula Division of a line segment Median of a Triangle Slope of a line Inclination of a line Angle Determine the divisions of a line segment 5. Compute the slope, distance, & the angle of inclination of a line 4. Find the area & perimeter of a given polygon 3. Determine the distance between two points 2. LO5: Use the polar coordinate system, relate it to the rectangular coordinate system, and graph equations using polar coordinates.ġ. LO4: Sketch graphs of and discuss relevant features of curves in the plane determined by certain equations (including lines, circles, parabolas, ellipses, hyperbolas, polynomial functions, rational functions, and features such as slope, inclination, center, radius, vertices, foci, axes, eccentricity, intercepts, asymptotes). LO3: Recognize the relationship between equations in two variables and graphs in the plane and use the equations to find pertinent information such as points of intersection, and intercepts. LO2: Demonstrate understanding of the notions of slope and inclination of lines. LO1: Solve problems involving lengths and distances in the plane. This course consists of the fundamental concepts in analytic geometry, straight lines, circles, parabolas, ellipse, hyperbolas, algebraic curves, and polar coordinates.īy the end of the course, the students are expected to:
POLAR GRAPHS GRAPHMATICA CODE
BUKIDNON STATE UNIVERSITY Quality Management Systemĭocument Code Course Code: Course Credit:
0 kommentar(er)
