1. facebook y = sin(x) is getting ready to cross the x-axis at intervals of π. Wall Photos Flair Boxes y = sin(x) Logout View photos of y = sin(x) (5) Send y = sin(x) a message Poke y = sin(x) Wall Info Photos Write something… Share Information Networks : Odd Functions Anonymous Birthday: 120 B.C. Symmetry: Odd Period:: 2 π Hometown: Nicaea, Turkey Friends Hipparchus y=cos(x) y=tan(x) y=sec(x) y=csc(x) y = sin(x) is getting ready to cross the x-axis at intervals of π December 3rd, 2011 y=cot(x) y=csc(x) to y=sin(x) Don't you wish you were a parabola like me? October 1, 2011 y=sin(x) WHERE AM I GOING IN LIFE? I always end up where I started! June 11, 2011 Hipparchus to y=sin(x) WHO'S YO DADDY? October 28, 2010 y=cos(x) to y=sin(x) Wouldn't life be so much easier if we were both squared? September 9, 2010 y=sin(x) y=sec(x) needs to turn that frown UPSIDE DOWN! April 17, 2010
2. facebook y = sin(x) is getting ready to cross the x-axis at intervals of π. Personal Information Wall Photos Flair Boxes y = sin(x) Logout View photos of y = sin(x) (5) Send y = sin(x) a message Poke y = sin(x) Wall Info Photos Basic Information Information Networks : Odd Functions Anonymous Birthday: 120 B.C. Symmetry: Odd Period:: 2 π Hometown: Nicaea, Turkey Photos Networks: Trig. Parent Functions Abstract Entity: Function Birthday: 120 B.C. Hometown: Nicaea, Turkey Relationship Status: Married to x-axis Symmetry: Odd Period: 2 π Activities: Crossing the X-Axis at intervals of π , Interests: Hipparchus, Trigonometry Amplitude: '1' Range: [-1,1] Intervals of Inc./Dec.: Increasing (0,π/2);(3π/2,2π) and Decreasing (π/2, 3π/2) Law of Sines: sin(A)/a = sin(B)/b = sin(C)/c The Family Updated last Tuesday 2 Albums Transformations Updated two months ago Contact Information Address: Everywhere.
3. facebook Wall Photos Flair Boxes y = sin(x) Logout Wall Info Photos Photos of y = sin(x) 5 Photos y = sin(x)’s Albums 2 Photo Albums The Family 5 photos Transformations 5 photos Profile Pictures 1 photo y = sin(x) is getting ready to cross the x-axis at intervals of π.