https://padlet.com/abbie_breckenridge/8frkn3672667 Made with whimsy en-us 2017-09-21 04:57:17 UTC 2017-10-07 06:12:52 UTC hello@padlet.com abbie_breckenridge https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879323 An increased temperature leads to increased energy within each gas particle making diffusion more efficient. Alternatively, a lower temperature means less energy in each particle and a lower rate of diffusion. ]]> 2017-10-07 05:39:13 UTC https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879323 abbie_breckenridge https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879473 Simple: A longer distance for the gas particle to travel means a longer time. ]]> 2017-10-07 05:45:13 UTC https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879473 abbie_breckenridge https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879771 Diffusion is a principle which is based on a concentration gradient. If the concentration difference is greater then particles will diffuse more rapidly. ]]> 2017-10-07 05:56:51 UTC https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194879771 abbie_breckenridge https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194880033 CO2 is far more soluble than O2 which leads to a faster rate of transfer. ]]> 2017-10-07 06:08:00 UTC https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194880033 abbie_breckenridge https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194880163 The alveoli provide a massive surface area to increase rate of diffusion between the lungs and body. ]]> 2017-10-07 06:12:29 UTC https://padlet.com/abbie_breckenridge/8frkn3672667/wish/194880163