अपकेंद्रित्र बल Meaning in English
अपकेंद्रित्र बल शब्द का अंग्रेजी अर्थ : centrifugal force
ऐसे ही कुछ और शब्द
अपकेन्द्री बलअपकेन्द्री शक्ति
केन्द्राभिमुख शक्ति
केंद्रानता
अपकेंद्रित्र
सेंट्रील
केंद्राभिमुख
सेंट्रिक्स
सेंट्रोइड
सेंट्रोइड्स
सेंट्रोमेरे
सेंट्रोसोम
सेंट्रोसोम्स
सेंटम
सेंटअप्स
अपकेंद्रित्र-बल इसके अंग्रेजी अर्थ का उदाहरण
This is due to the high centrifugal forces exerted on the wheel when rounding corners.
The departure of Mohammadi from the Ministry of Defense leaves no one who can rival Wardak in stature, which could mean a weakening of centrifugal forces.
However, its brief rotation period of just over 5 hours implies that the body must be exceptionally dense, for its gravity is able counteract the centrifugal force.
Hydra's surface material could get ejected due to centrifugal forces if it were rotating at a faster rate.
Another property of the photon sphere is centrifugal force (note: not centripetal) reversal.
Perhaps most significant is Andrews staple device of a “centrifugal force-field,” where elements of the composition rotate around a central point in order to create the illusion of movement.
This is expressed as the object changing shape due to the "centrifugal force".
With its unflappable handling through corners, it treats the laws of centrifugal force with apparent disdain.
For example, he takes part in a [throw]ing competition at a police sports event, forgets to let go of the hammer, and is pulled by centrifugal force into the skies; he is saved by hanging on to an aeroplane.
When the output shaft begins to rotate, the oil is thrown out of the reservoir by centrifugal force, and returns to the main body of the coupling, so that normal power transmission is restored.
Heavy non-magnetic metal wedges on top of the slots hold the field windings against centrifugal forces.
Secondary flow: A force balance exists between pressure forces pointing to the inside bend of the river and centrifugal forces pointing to the outside bend of the river.
The centrifugal force is given by the equation: mrω2, where m is the excess mass of the particle over and above the mass of an equivalent volume of the fluid in which the particle is situated (see Archimedes' principle) and r is the distance of the particle from the axis of rotation.