https://padlet.com/kuhn2/ke5gan2a41d6vd9i Add your main take-away or nugget of information from the video to the Padlet en-us 2022-01-04 19:23:18 UTC 2022-01-04 21:10:45 UTC hello@padlet.com 20000216941 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975135352 Delta G is positive if the reaction is endergonic, Delta G is negative if the reaction is exergonic.]]> 2022-01-04 21:00:53 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975135352 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975135904 My main takeaway from the video is that free energy is energy that is able to used in an organism and the energy is used in endergonic reactions and it is created in exergonic reactions.]]> 2022-01-04 21:01:19 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975135904 jeffrey_z_ https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975137472 In living systems, there are endergonic reactions which mean a positive change in free energy and exergonic reactions which mean a negative change in free energy. These reactions can be coupled to drive each other.]]> 2022-01-04 21:02:33 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975137472 alishagkohli https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975139117 My main Take away from the video is that endergonic reactions absorb more free energy compared to exergonic reactions, which release more free energy. This free energy can then be used to begin endergonic reactions, allowing for a cycle of continuous reactions.]]> 2022-01-04 21:03:53 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975139117 2000021684 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975141375 Free energy (energy available to do work) is utilized by organisms in exergonic reactions, which release free energy, and endergonic reactions, which absorb free energy. These reactions are used together.]]> 2022-01-04 21:05:44 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975141375 2000020469 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975144498 My main takeaway from the video was that living organisms have both free energy and stored energy. Free energy can be used in two ways, endergonic reactions take a lot of energy and exergonic reactions release free energy.]]> 2022-01-04 21:08:09 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975144498 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975144872 My main take away from the video is that reaction coupling is when exergonic reactions release the free energy that endergonic reactions use, making a cycle of processes that move energy.]]> 2022-01-04 21:08:28 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975144872 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975145037 My main takeaway was that not all energy is used/stored away so cells can preform endergonic & exergonic reactions, some of it is lost (thermodynamics) and some of it is "consumed" by waste. ]]> 2022-01-04 21:08:35 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975145037 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975145478 My main take away from this video is that endergonic reactions require energy while exergonic reactions release energy.]]> 2022-01-04 21:08:56 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975145478 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975146537 My main takeaway from the video is that endergonic reactions and exergonic reactions utilize free energy, which is energy available for work. Endergonic reactions require energy and exergonic reactions release energy.]]> 2022-01-04 21:09:45 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975146537 wcnewberry06 https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975147475 The main take away is that in organisms, free energy is utilized in exergonic reactions which releases energy and used in endergonic reaction which absorbs energy.]]> 2022-01-04 21:10:33 UTC https://padlet.com/kuhn2/ke5gan2a41d6vd9i/wish/1975147475