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CROSSWORD
ANSWER

overarching

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The answer OVERARCHING has 5 possible clue(s) in existing crosswords.

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The word OVERARCHING is VALID in some board games. Check OVERARCHING in word games in Scrabble, Words With Friends, see scores, anagrams etc.

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Definitions of overarching in various dictionaries:

verb - be central or dominant

verb - form an arch over

Forming an arch overhead or above: overarching branches.

more

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Keep reading for additional results and analysis below.

Possible Crossword Clues
All-embracing
principally important
Dominating all else is ranch with grove I cultivated

Last Seen in these Crosswords & Puzzles
May 24 2015 7 Little Words Daily Puzzle
May 24 2015 7 Little Words Daily Puzzle
Jul 21 2012 The Times - Concise
May 30 2009 The Times - Concise
Mar 31 2009 The Telegraph - Toughie

Possible Dictionary Clues
comprehensive or all-embracing.
most important, because of including or affecting all other areas:
Comprehensive or all-embracing.
Forming an arch overhead or above: overarching branches.
Extending over or throughout: "I am not sure whether the missing ingredient . . . is surprise or an overarching radiance ( John Simon).

Overarching might refer to
Over-arcing denotes a radial or parabolic-like "arc" that is extended beyond the path of which it was either intended to follow, or could have followed, given that a more "efficient" means had been used to instigate it. * Specific to the term coined in internal combustion engine valve train technology, for automotive, marine, motorcycle and truck engines, where it is being referenced to in this definition, and as set forth originally in the explicative surrounding the Miller mid-lift Patent, #4,365,785 issued to Jim Miller in December 1982, regarding rocker arm geometry: over-arcing (adjective and verb) relates to the radial path which either end of a rocker arm makes as it follows the inherent arc created from a pre-specified distance of measurement from its pivotal axis (the radius), whereby a connection and/or contact is made with respective components: push-rod and valve, both of which operating under linear (in-line) definitions of motion. Although a specific "radius" is designed by this radial length, and could be argued that it is "only" an arc, not truly parabolic (as it is not), the effect of its motion when measured to a linear reference that is fixed, as it relates to the stopping and starting points of this arc, is extremely important to the translation of this radial information, to or from the linear components of which the arc's tangent points attach. * As declared in the MID-LIFT Patent, establishing this pivotal axis for the rocker arm in reference to both the valve tip height and push-rod tip in such a way, for a predetermined length of motion on each, so that a 90 degree relationship of these tangent axis is reached with their respective linear components, exactly when an equal, "half" stroke of motion (mid-lift) has been obtained, will in effect establish the ultimate minimum radial motion on both ends of the rocker arm. Anything else is termed to be "over-arcing," as it inevitably requires a greater period of contact with the respective linear motion components (i.e., push-rod and valve) to effect the same desired linear motion (valve lift). Thus, the rocker arm geometry is stated to be over-arcing. * "Over-arcing" in this definition's context relates to one of two variables, dictated by which of two halves the rocker arm's pivotal axis resides in relation to the ensuing motion. In the strict definition, over-arcing pertains to the pivotal axis residing too low with regard to its starting point of motion, in providing a 90 degree relationship at exactly the mid-lift point of motion; whereby 90 degrees is reached (if ever) at some point AFTER the exact half way point of motion (mid-lift) occurs. In the opposite example to this definition, the rocker arm's pivotal axis sits too high with regard to the starting point (valve tip) of motion, thus effecting a sweep of its radial path that dominates beneath itself, whereby the 90 degree relationship of the linear component's axis (valve and push-rod, respectively) to the tangent...

Overarching might refer to

Over-arcing denotes a radial or parabolic-like "arc" that is extended beyond the path of which it was either intended to follow, or could have followed, given that a more "efficient" means had been used to instigate it.
* Specific to the term coined in internal combustion engine valve train technology, for automotive, marine, motorcycle and truck engines, where it is being referenced to in this definition, and as set forth originally in the explicative surrounding the Miller mid-lift Patent, #4,365,785 issued to Jim Miller in December 1982, regarding rocker arm geometry: over-arcing (adjective and verb) relates to the radial path which either end of a rocker arm makes as it follows the inherent arc created from a pre-specified distance of measurement from its pivotal axis (the radius), whereby a connection and/or contact is made with respective components: push-rod and valve, both of which operating under linear (in-line) definitions of motion. Although a specific "radius" is designed by this radial length, and could be argued that it is "only" an arc, not truly parabolic (as it is not), the effect of its motion when measured to a linear reference that is fixed, as it relates to the stopping and starting points of this arc, is extremely important to the translation of this radial information, to or from the linear components of which the arc's tangent points attach.
* As declared in the MID-LIFT Patent, establishing this pivotal axis for the rocker arm in reference to both the valve tip height and push-rod tip in such a way, for a predetermined length of motion on each, so that a 90 degree relationship of these tangent axis is reached with their respective linear components, exactly when an equal, "half" stroke of motion (mid-lift) has been obtained, will in effect establish the ultimate minimum radial motion on both ends of the rocker arm. Anything else is termed to be "over-arcing," as it inevitably requires a greater period of contact with the respective linear motion components (i.e., push-rod and valve) to effect the same desired linear motion (valve lift). Thus, the rocker arm geometry is stated to be over-arcing.
* "Over-arcing" in this definition's context relates to one of two variables, dictated by which of two halves the rocker arm's pivotal axis resides in relation to the ensuing motion. In the strict definition, over-arcing pertains to the pivotal axis residing too low with regard to its starting point of motion, in providing a 90 degree relationship at exactly the mid-lift point of motion; whereby 90 degrees is reached (if ever) at some point AFTER the exact half way point of motion (mid-lift) occurs. In the opposite example to this definition, the rocker arm's pivotal axis sits too high with regard to the starting point (valve tip) of motion, thus effecting a sweep of its radial path that dominates beneath itself, whereby the 90 degree relationship of the linear component's axis (valve and push-rod, respectively) to the tangent...

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