subtend
বিপরীতে বা সন্মুখে
definition
verb
The radian is a unit which connects the radius of an arc, the length of the arc and the angle subtended by the arc.
(of a line, arc, or figure) form (an angle) at a particular point when straight lines from its extremities are joined at that point.
All flowers are subtended by a bract and two bracteoles.
(of a bract) extend under (a flower) so as to support or enfold it.
translation of 'subtend'
বিপরীতে বা সন্মুখে অবস্থান করা
example
Two pairs of parallel sides form equal inscribed angles that are bound to 'subtend' equal chords - the third sides.
The flower meristems are produced acropetally by the inflorescence meristem and are 'subtended' by bracts.
The Arc, Chord, Radius, Height, Angle, Apothem, and Area Suppose you have a segment of a circle, bounded by an arc of the circle and the chord 'subtending' it.
The radian is a unit which connects the radius of an arc, the length of the arc and the angle 'subtended' by the arc.
In other words, when two plates 'subtended' the same angle - one big and far away, the other small and nearby - the antennae also made the same angle with each other.
In fact Shen demonstrated a remarkable ability to view spatial arrangements and he gave an approximate formula for the length of a circular arc in terms of the chord 'subtending' the arc.
This allowed him to calculate the chord 'subtended' by angles of 36, 72, 60, 90 and 120.
Reticles are in the second focal plane, so as power is changed the angle 'subtended' by the space between lines varies.
the main beauty is provided by the bracts which' subten'd the flowers
A single flower is borne on a scape arising between the basal leaves and 'subtended' by a large, leaf-like bract.
These angles are 'subtended' by the same chord, AW.
All flowers are 'subtended' by a bract and two bracteoles.
The space between the dot and the first letter of the prime to the right of fixation 'subtended' a visual angle of 21.
Trillium species are characterized by a single trimerous flower 'subtended' by a whorl of three leaves.
The most common geometry for curved crystal diffraction is based on the Rowland circle principle, which relies on the well-known property of a circle that an arc segment 'subtends' a constant angle for any point on the circle.
The bract immediately 'subtends' the sepal, partly enclosing it.
Credits: Google Translate
