For the biochemical pathways listed below, indicate which of the following energy carriers are produced in each: ATP (A), FADH 2 (F), NADH (N), or none (X). a) Glycolysis (_______) b) β-Oxidation (_______) c) Kreb’s cycle (_______) d) Fatty acid activation (_______)

In this practice question, it says, for the biochemical pathways listed below, indicate which of the following energy carriers are produced in each. So we have ATP which represents a, f a d h two which is f, n a d h which is n, and then none which is x. Here we have glycolysis. So remember glycolysis, the high energy molecule that we will produce would be NADH. So here we'd say n is involved. But besides n, what else could we make from glycolysis? We could also have the creation of ATP. So here we'd say both a and n. Next, we have beta oxidation which is the 3rd phase when it comes to fatty acid oxidation. We're going to say here it's in this step that we make our high energy molecules of FADH 2 and NADH. We'd also create some Acetyl CoA, but Acetyl CoA is not an option here. So this would just be f+n. Krebs cycle or the citric acid cycle, we know that that's leading us into stage 3 when it comes to food catabolism. We know that it makes different things. It definitely makes ATP. It makes FADH 2, and it also makes NADH. Finally, we have fatty acid activation. In order to activate this, we're not producing ATP, we're consuming ATP, so ATP can't be an answer. We're not gonna be creating high energy molecules in the form of FADH 2 or NADH. So here, it would just be none. So x would be the letter that we place for the final option. Alright. So this is how we could talk about the high energy molecules produced in each of these processes or not produced when it comes to fatty acid oxidation or fatty acid activation.