ऑस्कुलेटिंग Meaning in English
ऑस्कुलेटिंग शब्द का अंग्रेजी अर्थ : osculating
ऐसे ही कुछ और शब्द
ऑस्कुलेशनऑस्क्यूलेटरी
ऑस्कुल
ऑस्क्यूलाइज्ड
ऑस्कुलम
ओसिफाई
ऑसिफिंग
ऑसिलोग्राम
ऑसिलोग्राफ
ओसिन
ओसिपुट
ओसीरसि
ओसाइट
ओसिवोरस
ओस्कर
ऑस्कुलेटिंग इसके अंग्रेजी अर्थ का उदाहरण
Based on osculating Keplerian orbital elements, it is located in the region of the Eunomia family (), a prominent family of stony asteroids.
Juana de Brabante#top In differential geometry, an osculating curve is a plane curve from a given family that has the highest possible order of contact with another curve.
That is, if F is a family of smooth curves, C is a smooth curve (not in general belonging to F), and p is a point on C, then an osculating curve from F at p is a curve from F that passes through p and has as many of its derivatives at p equal to the derivatives of C as possible.
Examples of osculating curves of different orders include:.
The tangent line to a curve C at a point p, the osculating curve from the family of straight lines.
The osculating circle to C at p, the osculating curve from the family of circles.
The osculating circle shares both its first and second derivatives (equivalently, its slope and curvature) with C.
The osculating parabola to C at p, the osculating curve from the family of parabolas, has third order contact with C.
The osculating conic to C at p, the osculating curve from the family of conic sections, has fourth order contact with C.
For instance an osculating plane to a space curve is a plane that has second-order contact with the curve.
Williams and Last extended Razin's solution to an osculating sphere earth model.
Because of the uniqueness of mangrove ecosystems and the protection against erosion they provide, they are often the object of conservation programs, including national In astronomy, and in particular in astrodynamics, the osculating orbit of an object in space at a given moment in time is the gravitational Kepler orbit (i.
An osculating orbit and the object's position upon it can be fully described by the six standard Kepler orbital elements (osculating elements), which are easy to calculate as long as one knows the object's position and velocity relative to the central body.