Examples of the the word, tangent , in a Sentence Context
The word ( tangent ), is the 17295 most frequently used in English word vocabulary
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- The circleand these tangent s are equal in length. *If a tangent at A and a, tangent ,at B intersect at the exterior point, then denoting the center as, the angles ∠
- Space at x. Typically, the co tangent space is defined as the dual space of the, tangent ,space at x, although there are more direct definitions (see below). The
- Then × = ×. (Corollary of the tangent -secant theorem. ) *The angle between a, tangent ,and chord is equal to one half the subtended angle on the opposite side of the
- Such as algebraic geometry, an asymptote is defined as a line which is, tangent ,to a curve at infinity. The word asymptote is derived from the Greek asymptotes
- 1713. They appear in the Taylor series expansions of the tangent and hyperbolic, tangent ,functions, in the Euler–MacLaurin formula, and in expressions for certain
- Manifold of twice the dimension, the co tangent bundle of the manifold. The, tangent ,space and the co tangent space at a point are both real vector spaces of the
- In it. The first of these results is apparent by considering, for instance,the, tangent ,function, which provides a one-to-one correspondence between the interval (−½π
- Angle of rotation. The grade of a slope, or gradient is equal to the, tangent ,of the angle, or sometimes the sine. Gradients are often expressed as a
- Of odd size are enumerated by the Euler numbers of odd index (also called, tangent ,numbers) and the alternating permutations of even size by the Euler numbers of
- Let M be a smooth manifold and let x be a point in M. Let Tom be the, tangent ,space at x. Then the co tangent space at x is defined as the dual space of Tom::
- At (1,1) determines the value of and the result is that the equation of the, tangent ,is: (x_1-a)x+ (y_1-b)y = (x_1-a)x_1+ (y_1-b)y_1 or: (x_1-a) (x-a)+ (
- Tensor is used to define the angle between two tangent s. Where U and V are, tangent ,vectors and gig are the components of the metric tensor G, : \cos \theta = \franc
- By some 1800 years. His application of reference lines, a diameter and a, tangent ,is essentially no different from our modern use of a coordinate frame, where
- Is any convex polygon within which a circle can be inscribed that is, tangent ,to each side of the polygon. A cyclic polygon is any convex polygon about which
- The asymptotes of an algebraic curve in the affine plane are the lines that are, tangent ,to the objectivized curve through a point at infinity. Asymptotes are often
- Through. If (1,1) and the circle has centred (, ) and radius, then the, tangent ,line is perpendicular to the line from (, ) to (1,1),so it has the form (
- Tangent lines at all other values of x. In particular the graph has vertical, tangent ,lines at all points in the set \_. Moreover, F\left (x\right)\ge0 for all x
- When h equals zero:: \LIM_. Geometrically, the derivative is the slope of the, tangent ,line to the graph of f at a. The tangent line is a limit of secant lines just
- Of the body in circular motion, due to the body's linear momentum at a, tangent ,to the circle. Relation to relativity After completing his theory of special
- Endpoints lie on the circle. A diameter is the longest chord in a circle. A, tangent ,to a circle is a straight line that touches the circle at a single point, while
- Depending on the conditions to which it has been exposed. The notched rear, tangent ,iron sight is adjustable, and is calibrated in hundreds of meters. The front
- Speed of travel along the path, and: \math bf_\math rm = \franc \, a unit vector, tangent ,to the path pointing in the direction of motion at the chosen moment in time.
- Metric or a symplectic form gives rise to a natural isomorphism between the, tangent ,space and the co tangent space at a point, associating to any tangent convector a
- Below). The elements of the co tangent space are called co tangent vectors or, tangent ,convectors. Properties All co tangent spaces on a connected manifold have the
- Triangle a unique circle, called the encircle, can be inscribed such that it is, tangent ,to each of the three sides of the triangle. About every triangle a unique
- When the center of the circle is at the origin then the equation of the, tangent ,line becomes: x_1x+y_1y = r^2,and its slope is: \franc = -\franc. Properties
- New spaces. In each of the above cases, the functor sends each space to its, tangent ,bundle, and it sends each function to its derivative. There is one requirement
- Chord theorem states that if two chords, and,intersect at, then × = ×. *If a, tangent ,from an external point meets the circle at and a secant from the external point
- Inverse tangent function for all points except the origin, assuming the inverse, tangent ,varies from -π/2 to π/2,: \theta (x, y)=\beginning (y/x)quadrant\ I\\tank (
- D-orbitals for n = 3 look similar, each with four pear-shaped lobes, each lobe, tangent ,to two others, and the centers of all four lying in one plane, between a pair
- The tangent space and the co tangent space at a point, associating to any, tangent ,convector a canonical tangent vector. Formal definitions Definition as linear
- Given circle by tracing a fixed point on a smaller circle that rolls within and, tangent ,to the given circle. Circle as limiting case of other figures The circle can be
- From the point of tangency are the abscissas, and the segments parallel to the, tangent ,and intercepted between the axis and the curve are the ordinates. He further
- Y/x one can define the angle θ as a function of x and y using the inverse, tangent ,function for all points except the origin, assuming the inverse tangent varies
- Line perpendicular drawn to a radius through the end point of the radius is a, tangent ,to the circle. *A line drawn perpendicular to a tangent through the point of
- A horizontal tangent for the arc tangent when x tends to −∞, and is a horizontal, tangent ,for the arc tangent when x tends to +∞. Functions may lack horizontal asymptotes
- Of the radius is a tangent to the circle. *A line drawn perpendicular to a, tangent ,through the point of contact with a circle passes through the center of the
- To have a direct definition of the co tangent space without reference to the, tangent ,space. Such a definition can be formulated in terms of equivalence classes of
- Then denoting the center as, the angles ∠ and ∠ are supplementary. *If is, tangent ,to the circle at and if is a chord of the circle, then ∠ = \tracer ().
- Any point outside the circle, and these tangent s are equal in length. *If a, tangent ,at A and a tangent at B intersect at the exterior point, then denoting the
- x) -\pi/2 and \LIM_\arc tan (x) \pi/2. So the line is a horizontal, tangent ,for the arc tangent when x tends to −∞, and is a horizontal tangent for the
- Lengths are made equal for the lines C and F. In the neighborhood of 550 nm the, tangent ,to the curve is parallel to the axis of wave-lengths; and the focal length
- His Ar's Conjectandi of 1713. They appear in the Taylor series expansions of the, tangent ,and hyperbolic tangent functions, in the Euler–MacLaurin formula, and in
- The derivative is the slope of the tangent line to the graph of f at a. The, tangent ,line is a limit of secant lines just as the derivative is a limit of difference
- The co tangent space at a point, associating to any tangent convector a canonical, tangent ,vector. Formal definitions Definition as linear functional Let M be a smooth
- Then the orientation of C is chosen so that a vector \script style\math bf, tangent ,to C is positively oriented if and only if \script style\ forms a positively
- Deflected from pointing North when a current flowed in an adjacent wire. The, tangent ,galvanometer was used to measure currents using this effect, where the
- Values x where the series converges, and that the graph of F (x) has vertical, tangent ,lines at all other values of x. In particular the graph has vertical tangent
- A generalized circle is either a (true) circle or a line. Tangent lines The, tangent ,line through a point on the circle is perpendicular to the diameter passing
- Lim_ \\ &=\LIM_ \\ &=\LIM_ \\ &=\LIM_ (6 + h) \\ &= 6. \end The slope of, tangent ,line to the squaring function at the point (3,9) is 6,that is to say, it is
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