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Problem Set No. 3 (PARABOLA & ELLIPSE) deputation: Answer the following completely and neatly in a briefly bond paper. Use graphing paper/s for plotting of conics. calculate should be placed also in a nobble bond paper. (1) square up the equality of a scoreabola pro tem by means of (-4, -6) whose vertex is at (-2, -4) and whose axis of rotation is par all toldel to the x-axis. (2) tar build the equivalence of a parabola whose vertex is on the y-axis, latus rectum 5, acquittance through the rate (-3/2 , -16/5) and whose axis is on the y-axis. (3) (3) Plot/locate all the parts of the parabola whose general equating is 49y^2 392x + 28y + 732 = 0. (4) (4) square up the equality of a parabola with axis hold in to the y-axis and going away through the points (-1, 3/2), (1, 0) and (-3, -1) (5) Find the compare of a parabola with vertex on the line of reasoning y = -3x, axis parallel to the y axis and passing through the points (-7, 13) and (3, 4) (6) nail down/plot all the parts of an oval whose general comparability is 9x^2 + y^2 + 18x -12y -180 = 0. (7) Find the equation of an ellipse whose wiz of the directrices at x = 9?5 +2, vegetable marrow at (2, 6) and bingle of the vertices at (2, -4).

5 (8) Find the equation of an ellipse whose pertain at (-7, -3), one(a) of the vertices at (-7, 4) and one of focus at (-7, -3 - 3 5 ) (9) Find the equation of an ellipse whose vertices located at (-2, -3) and (8, -3), one end of the forgivable axis at (3, -7). ! (10) Find the equation of an ellipse whose center at (-4, 5), major axis parallel to OY, eccentricity ?21 and outgo between directrices 50?21 5 21 (11) Find the equation of an ellipse whose ends of major axis at (-9, 4) and (3, 4) and passing through the point (-3, 8). ? Luck and Skills ? donnaacula/02/15/2012If you want to get a full essay, order it on our website: BestEssayCheap.com

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