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diverging    音标拼音: [dɑɪv'ɚdʒɪŋ]
a. 分岐的;相异的

分岐的;相异的

diverging
adj 1: tending to move apart in different directions [synonym:
{divergent}, {diverging}] [ant: {convergent}]

Diverge \Di*verge"\, v. i. [imp. & p. p. {Diverged}; p. pr. &
vb. n. {Diverging}.] [L. di- = dis- vergere to bend,
incline. See {Verge}.]
1. To extend from a common point in different directions; to
tend from one point and recede from each other; to tend to
spread apart; to turn aside or deviate (as from a given
direction); -- opposed to {converge}; as, rays of light
diverge as they proceed from the sun.
[1913 Webster]

2. To differ from a typical form; to vary from a normal
condition; to dissent from a creed or position generally
held or taken.
[1913 Webster]


Diverging \Di*ver"ging\, a.
Tending in different directions from a common center;
spreading apart; divergent.
[1913 Webster]

{Diverging series} (Math.), a series whose terms are larger
as the series is extended; a series the sum of whose terms
does not approach a finite limit when the series is
extended indefinitely; -- opposed to a {converging
series}.
[1913 Webster]


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  • Identifying Converging and Diverging Lenses: Explaining with Principal . . .
    The discussion revolves around identifying converging and diverging lenses through the use of principal rays, based on a problem involving a diagram with a lens, a source, and an image Participants explore how to determine the type of lens based on ray behavior and image formation Exploratory, Conceptual clarification, Problem interpretation Participants discuss drawing principal rays and
  • What is the image height formed by the new diverging lens?
    The problem involves a diverging lens and the formation of an image based on given object height and distance The context includes understanding lens behavior and image formation principles Exploratory, Conceptual clarification, Mathematical reasoning The original poster attempts to apply lens equations but expresses uncertainty about how to proceed with the diverging lens Some participants
  • Real Object, Images formed by a single converging or diverging lens . . .
    The discussion revolves around the properties of images formed by single converging and diverging lenses, focusing on the truth of various statements regarding image characteristics based on object placement
  • Why Do Diverging Lenses Always Produce Shrunken Images?
    Diverging lenses consistently produce shrunken and inverted images regardless of the object's position relative to the lens This phenomenon occurs due to the geometric properties of light rays as they pass through the lens, which always directs the rays outward The image is formed between the lens and the object, leading to a smaller representation of the object Understanding this behavior
  • Why Does Flow Become Supersonic in the Diverging Section of a Nozzle?
    The discussion centers on the behavior of flow in converging-diverging nozzles, specifically addressing why flow becomes supersonic in the diverging section It is established that a converging section can only achieve subsonic flow, while the diverging section facilitates supersonic flow once Mach 1 is reached at the throat The relationship between area change and flow velocity is defined by
  • Focal Length of Diverging Lens: Negative Value Confirmed?
    The focal length of a diverging lens is definitively always negative, as confirmed by optical conventions This characteristic is fundamental to understanding lens behavior in optics Diverging lenses, such as concave lenses, produce virtual images and have a focal point that is located on the same side as the object, leading to the negative focal length value Familiarity with lens types
  • Optical System with Diverging Lens and Concave Mirror
    A diverging thin lens and a concave mirror have focal lengths of equal magnitude An object is placed (3 2)f from the diverging lens and the mirror is placed a distance 3f on the other side of the lens Using Gaussian optics, determine the final image of the system after two refractions (Pedrotti-3, 2-22) Homework Equations The Attempt at a
  • What is the Image Height for a Converging Lens and Diverging Lens . . .
    Homework Statement A converging lens with a focal length of 30cm and a diverging lens with a focal length of -64cm are 139cm apart A 4 0cm tall object is 50cm in front of the converging lens distance between image and diverging lens has been calculated to be -32cm, and it is right
  • What is the solution for object distance in a diverging lens?
    The discussion revolves around a problem involving a diverging lens with a given focal length and the relationship between object distance and image distance, specifically focusing on the magnification and thin lens equations Exploratory, Mathematical reasoning, Assumption checking Participants discuss the use of the magnification equation and the thin lens equation to derive the object
  • Supersonic Flow in Diverging Nozzle - Physics Forums
    The discussion revolves around the behavior of supersonic flow in a diverging nozzle, specifically addressing why a fluid's velocity increases when the cross-sectional area expands at speeds greater than the speed of sound The scope includes theoretical explanations and conceptual clarifications related to fluid dynamics and thermodynamics





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