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pulsate
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The answer PULSATE has 41 possible clue(s) in existing crosswords.
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The word PULSATE is VALID in some board games. Check PULSATE in word games in Scrabble, Words With Friends, see scores, anagrams etc.
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Definitions of pulsate in various dictionaries:
verb - expand and contract rhythmically
verb - move with or as if with a regular alternating motion
verb - produce or modulate (as electromagnetic waves) in the form of short bursts or pulses or cause an apparatus to produce pulses
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Keep reading for additional results and analysis below.
| Possible Dictionary Clues |
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| Expand and contract with strong regular movements. |
| expand and contract with strong regular movements. |
| To expand and contract rhythmically beat. |
| To quiver vibrate. |
| to beat or move with a strong, regular rhythm: |
| to make sounds or movements with a regular rhythm: |
| expand and contract rhythmically beat rhythmically |
| move with or as if with a regular alternating motion |
| produce or modulate (as electromagnetic waves) in the form of short bursts or pulses or cause an apparatus to produce pulses |
| Pulsate might refer to |
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| A pulsating white dwarf is a white dwarf star whose luminosity varies due to non-radial gravity wave pulsations within itself. Known types of pulsating white dwarfs include DAV, or ZZ Ceti, stars, with hydrogen-dominated atmospheres and the spectral type DA; DBV, or V777 Her, stars, with helium-dominated atmospheres and the spectral type DB; and GW Vir stars, with atmospheres dominated by helium, carbon, and oxygen, and the spectral type PG 1159. (Some authors also include non-PG 1159 stars in the class of GW Vir stars.) GW Vir stars may be subdivided into DOV and PNNV stars; they are not, strictly speaking, white dwarfs but pre-white dwarfs which have not yet reached the white dwarf region on the Hertzsprung-Russell diagram. A subtype of DQV stars, with carbon-dominated atmospheres, has also been proposed, and in May 2012, the first extremely low mass variable (ELMV) white dwarf was reported.These variables all exhibit small (1%–30%) variations in light output, arising from a superposition of vibrational modes with periods of hundreds to thousands of seconds. Observation of these variations gives asteroseismological evidence about the interiors of white dwarfs. |