How many nadh molecules are created from the pyruvate molecules that enter the Krebs cycle?

Three molecules of NADH is produced from every molecule of pyruvate that enters the Krebs cycle.

Explanation: Pyruvate produced from glycolysis is broken down to Acetyl CoA which then enters the Krebs cycle. In Krebs cycle, each molecule of acetyl CoA yields one molecule of GTP (ATP), one molecule of FADH2 and three molecules of NADH. The main purpose of Krebs cycle is to generate NADH needed in the cells. Krebs cycle is a series of eight enzyme catalyzed reactions which oxidizes the Acetyl CoA produced from pyruvate. The NADH molecules are produced by dehydrogenase enzymes:

1). Isocitrate dehydrogenase which converts isocitrate to alpha ketoglutarate.

2). Alpha ketoglutarate dehydrogenase which converts alpha ketoglutarate to succinyl CoA.

3). Malate dehydrogenase which converts malate to oxaloacete.

answer: i say it foxes

explanation:

you need to give us the answer options to for me to offical decide.

answer: angiosperms

dicots

angiosperms are highly evolved plants, they produce seeds which are enclosed within in a carple. these are the largest group of plants on earth. they include trees, shrubs, herbs and small flowering plants. angiosperms exhibit a flowering stage in their life cycle. the flower serves the function of reproduction and fruit formation in majority of angiosperms. dicot is the term used to describe flowering plants that have two seed leaves. dicots are plants which develop seeds which split into two parts called cotyledons. each cotyledon contains one embryo.

here, a small purple flower development indicates that the plant belongs to angiosperms and having two embryonic leaves indicates it belongs to dicots.