https://padlet.com/ryanlesliebishop/doewibpog544 Describing the motion and kinetic energy of particles for solids, liquids and gasses en-us 2017-10-08 05:40:58 UTC 2025-04-06 16:21:50 UTC hello@padlet.com https://padlet-assets.s3.amazonaws.com/icons/Lovecoffee.png ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962489 Compared to water in liquid and gas phase, solids have particles with the lowest kinetic energy. THe particles vibrate and oscillate but maintain a relatively fixed volume and do not occupy the full width of the fixed space as shown below. ]]> 2017-10-08 05:52:13 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962489 ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962540 The water particles in liquid phase have greater kinetic energy than when in solid phase. The particles vibrate and oscillate but remain in the bottom of the fixed space. When heated, the speed of the particles increased. ]]> 2017-10-08 05:53:41 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962540 ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962550 When heated further the speed of the particles increases, as does the kinetic energy overall. The volume of water is no longer fixed to the bottom of the space. Particles move off individually, increasing the pressure within the fixed space as shown by the pressure dial. ]]> 2017-10-08 05:54:05 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962550 ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962832 2017-10-08 06:00:35 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962832 ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962839 2017-10-08 06:00:39 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962839 ryanlesliebishop https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962841 2017-10-08 06:00:42 UTC https://padlet.com/ryanlesliebishop/doewibpog544/wish/194962841