MyVidster Tag results for pendulums

lego clock escapement with balance wheel - youtube
Bookmarked 271 weeks ago
second version of escapement regulated by balance wheel with neodymium magnet oscillating between two stationary ones the wheel was balanced for equal dist

lego double-wheel clock escapement with magnetic balance wheel - youtube
Bookmarked 271 weeks ago
two counter-rotating interlocking cogwheels with propellers lockingunlocking is made on the left while impulse transfer is on the right a neodymium magnet

lego clock escapement - galileo039s - youtube
Bookmarked 271 weeks ago
this is a lego version of galileo039s escapement that dates back to early 17th century europe before huygens developed a more accurate mechanismas the pendul

lego clock escapement - galileo039s - youtube
Bookmarked 271 weeks ago
this is a lego version of galileo039s escapement that dates back to early 17th century europe before huygens developed a more accurate mechanism this is a le

meccano clock escapement - deadbeat - youtube
Bookmarked 271 weeks ago
the escapement dates back to the 17th century the 039lock and slide039 motions can be seen and heard as the escape wheel turns and there is no recoil the edge

double pendulum displays chaotic motion - youtube
Bookmarked 271 weeks ago
the pendulum rotates clockwise and counterclockwise in the most unexpected and surprising fashion changing directions or suddenly increasing speed just when

rott039s pendulum chaotic motion - youtube
Bookmarked 271 weeks ago
the rott039s pendulum consists of two coupled pendulums: an

lego electrostatic torsion pendulum clock escapement - youtube
Bookmarked 271 weeks ago
the pendulum is suspended from a wire torsion spring of a 1954 model schatz standard 54 400-day clock spring thickness is 0102mm 4 mil the escapement i

lego coupled torsion pendulums clock escapement - youtube
Bookmarked 271 weeks ago
pendulums suspended from common sewing cotton thread convert rotary motion into linear that steps escape wheel when horizontal arm seesaws gear train was ad

lego torsion spring pendulum clock escapement - youtube
Bookmarked 271 weeks ago
the pendulum is suspended from wire torsion spring of 1954 model schatz standard 54 400-day clock spring thickness is 0102mm 4 mil the silver balls are

lego anchor clock escapement with balance arm pendulum - youtube
Bookmarked 271 weeks ago
the balance arm pendulum is pivoted on knife edge suspension which offers significantly lower friction than axle in plain bearing my thanks to fellow youtub

these abstract paintings are unbelievably satisfying
Bookmarked 450 weeks ago
toronto-based artist callen schaub invites us into his studio to see how he uses swinging troughs paint can pendulums and bicycle parts to create his signature abstract paintings subscribe to cbc arts to watch more videos: http:bitlycbcartssubscribecallen schaub039s practice draws from a rich history of artists using spinning and dripping techniques from damien hirst to jackson pollock but callen has invented his own homemade devices that include swinging troughs paint can pendulums and bicycle parts that help him create his signature works in this video callen takes you inside his paint-splattered studio for a look at how he makes his dazzling works of artfollow callen schaub on instagram: https:wwwinstagramcomcallenschaubhl=enfind us at http:bitlycbcartswebcbc arts on facebook: http:bitlycbcartsfacebookcbc arts on twitter: http:bitlycbcartstwittercbc arts on instagram: http:bitlycbcartsinstagramabout: cbc arts is your destination for extraordinary can

pendulum waves
Bookmarked 736 weeks ago
fifteen uncoupled simple pendulums of monotonically increasing lengths dance together to produce visual traveling waves standing waves beating and seemingly random motionfor more details see http:sciencedemonstrationsfasharvardeduicbicbdokeyword=k16940ampamppageid=icbpage80863ampamppagecontentid=icbpagecontent341734ampampstate=maximizeampampview=viewdoampampviewparam_name=indepthhtmla_icb_pagecontent341734the period of one complete cycle of the dance is 60 seconds the length of the longest pendulum has been adjusted so that it executes 51 oscillations in this 60 second period the length of each successive shorter pendulum is carefully adjusted so that it executes one additional oscillation in this period thus the 15th pendulum shortest undergoes 65 oscillationsour apparatus was built from a design published by richard berg am j phys 592 186-187 1991 at the university of maryland the particular apparatus shown here was built by our own nils sorensenlike us on facebook http:wwwfacebookcomnatscidemosvideo courtesy of harvard natural sciences lecture demonstrations 2010 president and fellows of harvard college

pendulum waves
Bookmarked 773 weeks ago
fifteen uncoupled simple pendulums of monotonically increasing lengths dance together to produce visual traveling waves standing waves beating and seemingly random motionfor more details see http:sciencedemonstrationsfasharvardeduicbicbdokeyword=k16940ampamppageid=icbpage80863ampamppagecontentid=icbpagecontent341734ampampstate=maximizeampampview=viewdoampampviewparam_name=indepthhtmla_icb_pagecontent341734the period of one complete cycle of the dance is 60 seconds the length of the longest pendulum has been adjusted so that it executes 51 oscillations in this 60 second period the length of each successive shorter pendulum is carefully adjusted so that it executes one additional oscillation in this period thus the 15th pendulum shortest undergoes 65 oscillationsour apparatus was built from a design published by richard berg am j phys 592 186-187 1991 at the university of maryland the particular apparatus shown here was built by our own nils sorensenlike us on facebook http:wwwfacebookcomnatscidemosvideo courtesy of harvard natural sciences lecture demonstrations 2010 president and fellows of harvard college

pendulum waves
Bookmarked 775 weeks ago
fifteen uncoupled simple pendulums of monotonically increasing lengths dance together to produce visual traveling waves standing waves beating and random motionfor more details see http:sciencedemonstrationsfasharvardeduicbicbdokeyword=k16940ampamppageid=icbpage80863ampamppagecontentid=icbpagecontent341734ampampstate=maximizeampampview=viewdoampampviewparam_name=indepthhtmla_icb_pagecontent341734the period of one complete cycle of the dance is 60 seconds the length of the longest pendulum has been adjusted so that it executes 51 oscillations in this 60 second period the length of each successive shorter pendulum is carefully adjusted so that it executes one additional oscillation in this period thus the 15th pendulum shortest undergoes 65 oscillationsour apparatus was built from a design published by richard berg am j phys 592 186-187 1991 at the university of maryland