Andere Kunden interessierten sich auch für
![Rose (Topology)]( "Rose (Topology)")
Rose (Topology)19,99 €![Reflection (Mathematics)]( "Reflection (Mathematics)")
Reflection (Mathematics)22,99 €![Stratification (mathematics)]( "Stratification (mathematics)")
Stratification (mathematics)22,99 €![Vector (Mathematics and Physics)]( "Vector (Mathematics and Physics)")
Vector (Mathematics and Physics)22,99 €![Sadleirian Professor of Pure Mathematics]( "Sadleirian Professor of Pure Mathematics")
Sadleirian Professor of Pure Mathematics22,99 €![Square Knot (Mathematics)]( "Square Knot (Mathematics)")
Square Knot (Mathematics)22,99 €![Recreational Mathematics]( "Recreational Mathematics")
Recreational Mathematics25,99 €
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. In mathematics, a rose or rhodonea curve is a sinusoid plotted in polar coordinates. Up to similarity, these curves can all be expressed by a polar equation of the form !,r=cos(ktheta). If k is an integer, the curve will be rose shaped with 2k petals if k is even, and k petals if k is odd. When k is even, the entire graph of the rose will be traced out exactly once when the value of changes from 0 to 2 . When k is odd, this will happen on the interval between 0 and . (More generally, this will happen on any interval of length 2 for k even, and for k odd.)