please explain where these 6NADH2, 2FADH2 and 2ATP molecules are formed in ''Krebs cycle'' and how - Biology - Respiration in Plants

Question

please explain where these 6NADH2, 2FADH2
and 2ATP molecules are formed in ''Krebs cycle'' and how??

Mahima Laroyia · Accepted Answer

<img alt="" src=
"https://s3mn%20mnimgs%20com/img/shared/discuss_editlive/2347375/2012_01_03_02_51_48/kreb_cycle%20gif">
As you can see from the image,
FORMATION OF
6NADH2
1 Decarboxylation (removal of carbon dioxide) from isocitrate to
form alpha-ketoglutarate
2 Decarboxylation of alpha-ketoglutarate to succinyl CoA
3 Conversion of malate to oxaloacetate
These three reaction occurs twice so produce 6 NADH2 as two
pyruvate molecules are formed from one molecule of glucose
FORMATION OF
2FADH2
Conversion of Succinate to Fumarate This reaction also occurs
twice so produces two molecules
FORMATION OF
2ATP
When Succinyl CoA gets converted to Succinate it produces a
molecule of GTP This GTP gets converted to form ATP This reaction
also occurs twice so produces two molecules of ATP

please explain where these 6NADH2, 2FADH2 and 2ATP molecules are formed in ''Krebs cycle'' and how??

please explain where these 6NADH₂, 2FADH₂ and 2ATP molecules are formed in ''Krebs cycle'' and how??