No bro. It is obvious that the energy is thermal but how this energy is converted to a purposeful movement I dont know. I don't think this video content provider knows either.
@@cahitskttaramal3152 that is something I've been wondering too after watching this vid and went to comment section then finding your comment which is the same question I've been thinking.
as i understand it ( just through searching the internet), proteins are the little machines within a cell that actually do things, and its the chemical energy of the ATP that is used to move the proteins around. How proteins use ATP for energy is extremely complicated however.
hey, here to give my two cents! I’m a bio student in college wasting time before a test and ended up here. Ofc I’m not a professional and don’t even have a degree yet so take this with a grain of salt, but to my knowledge the energy comes from when the third phosphate group separates from the second (when the ATP becomes the ADP, from Triphosphate to diphosphate) The energy that was previously holding those two groups together is now loose in the cell and can be used for other reactions. This is why almost every reaction of Cellular Respiration begins with ATP and results in ADP.
ATP store the energy in the form of chemical energy which is potential energy. The ‘bond’ or the ‘glue’ that structures the ATP molecule are the energy. ATP to ADP releasing energy is similar to nuclear energy being released in the process of nuclear fission(separation).
@@raymond987 Your explanation is conceptually wrong. The author of the first comment, on the other hand, is right: the breaking of bonds in molecules is always an endothermic process. The fact here is that ADP is more stable than ATP. Therefore, in order to convert ATP to ADP, energy is released. In fact the comparison to nuclear fission is not accurate because ADP is not simply a truncated version of ATP...a reaction with water has also occurred in the process. A better analogy would be combustion, where a small amount of activation energy is required to allow the reactants to form more stable molecules (the products) in an exothermic reaction.
The one thing I can't get my head around is the definitive form the energy release takes. The electron transport chain uses ions as voltage potential pressure to form atp chemically, that I see. But what form is the energy when the phosphate bond is cleaved? Never have I seen an actual definition of the nature of the "energy released"!
Hi! :)) when you say water is added. Do you mean we need to drink water? or, does breathing for 1min create some kind of water on the cellular level? sorry and thank you!!
In ATP hydrolysis (ATP break down into ADP) chemical and heat energy is released which then used for mechanical energy in the muscle. The heat energy increases the body temperature and eventually sweating occurs.
And how is this chemical energy (actually I believe this is a thermal energy) coverted to movement in Cell? That part I don't understand.
Did you find out how bro?
No bro. It is obvious that the energy is thermal but how this energy is converted to a purposeful movement I dont know. I don't think this video content provider knows either.
@@cahitskttaramal3152 that is something I've been wondering too after watching this vid and went to comment section then finding your comment which is the same question I've been thinking.
as i understand it ( just through searching the internet), proteins are the little machines within a cell that actually do things, and its the chemical energy of the ATP that is used to move the proteins around. How proteins use ATP for energy is extremely complicated however.
hey, here to give my two cents! I’m a bio student in college wasting time before a test and ended up here. Ofc I’m not a professional and don’t even have a degree yet so take this with a grain of salt, but to my knowledge the energy comes from when the third phosphate group separates from the second (when the ATP becomes the ADP, from Triphosphate to diphosphate) The energy that was previously holding those two groups together is now loose in the cell and can be used for other reactions. This is why almost every reaction of Cellular Respiration begins with ATP and results in ADP.
what I do not get, is how can breaking a molekular bond release energy?
or in other words, how exactly does ATP store the Energy?
ATP store the energy in the form of chemical energy which is potential energy. The ‘bond’ or the ‘glue’ that structures the ATP molecule are the energy.
ATP to ADP releasing energy is similar to nuclear energy being released in the process of nuclear fission(separation).
@@raymond987 thanks bro
I am Indian my name is sudhanshu
@@raymond987 Your explanation is conceptually wrong. The author of the first comment, on the other hand, is right: the breaking of bonds in molecules is always an endothermic process.
The fact here is that ADP is more stable than ATP. Therefore, in order to convert ATP to ADP, energy is released. In fact the comparison to nuclear fission is not accurate because ADP is not simply a truncated version of ATP...a reaction with water has also occurred in the process. A better analogy would be combustion, where a small amount of activation energy is required to allow the reactants to form more stable molecules (the products) in an exothermic reaction.
The one thing I can't get my head around is the definitive form the energy release takes. The electron transport chain uses ions as voltage potential pressure to form atp chemically, that I see. But what form is the energy when the phosphate bond is cleaved? Never have I seen an actual definition of the nature of the "energy released"!
Wow.... Great lesson!
Thank you. What a great presentation. Where did you get your anime?
Has energy should be form of heat for osmosis process and send message?
Hi! :)) when you say water is added. Do you mean we need to drink water? or, does breathing for 1min create some kind of water on the cellular level? sorry and thank you!!
Good question
We, of course, need to drink water, but my best guess is that the water from ATP production is used as a catalyst.
love it
How does any of this relate to a calorie?
Good
i am from myanmar. I teach the students about it .i really don't understand about it. Help me with this
But adenine is a base pair.
Murray Mountain
WHAT ENERGY??????
In ATP hydrolysis (ATP break down into ADP)
chemical and heat energy is released which then used for mechanical energy in the muscle. The heat energy increases the body temperature and eventually sweating occurs.
Kuhlman Drives
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