Which of the following is true regarding glyc | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(A) Glycolysis is the process where one molecule of $6$-carbon glucose is broken down into two molecules of $3$-carbon pyruvic acid.This process occur

Vedclass · Accepted Answer

Only $I$

Vedclass · Answer

(A) Glycolysis is the process where one molecule of $6$-carbon glucose is broken down into two molecules of $3$-carbon pyruvic acid.This process occurs in the cytosol of the cell.During glycolysis,$2$ molecules of $ATP$ are produced (net gain),and $2$ molecules of $NAD^+$ are reduced to $NADH$ for every glucose molecule.Since $NADH$ produced in glycolysis enters the electron transport chain $(ETC)$ to produce $ATP$,it has a direct connection with the $ETC$.Therefore,only statement $I$ is correct.

Column-$I$ (Molecules)	Column-$II$ (Number of Carbon and Phosphorus)
$P$. Fructose $1, 6$-bisphosphate	$I$. $(C-3), (P-2)$
$Q$. Glucose-$6$-phosphate	$II$. $(C-3), (P-1)$
$R$. $DHAP$	$III$. $(C-6), (P-2)$
$S$. $BPGA$	$IV$. $(C-6), (P-1)$

Which of the following is true regarding glycolysis?
$I.$ Takes place in cytosol
$II.$ Produces no $ATP$
$III.$ Has no connection with electron transport chain
$IV.$ Reduces three molecules of $NAD^+$ for every glucose molecule processed
Choose the correct option.

Similar Questions

The common phase between aerobic and anaerobic respiration is called:

Match the following columns:
Column-$I$ (Molecules) Column-$II$ (Number of Carbon and Phosphorus)
$P$. Fructose $1, 6$-bisphosphate $I$. $(C-3), (P-2)$
$Q$. Glucose-$6$-phosphate $II$. $(C-3), (P-1)$
$R$. $DHAP$ $III$. $(C-6), (P-2)$
$S$. $BPGA$ $IV$. $(C-6), (P-1)$

In glycolysis,a glucose molecule is converted into:

If mitochondria are absent in mature $RBC$,what will be the source of energy?

Identify the incorrect reaction from the following processes.

Vedclass Test Series

Exam Paper Generator

Online Exam Module

Which of the following is true regarding glycolysis?$I.$ Takes place in cytosol$II.$ Produces no $ATP$$III.$ Has no connection with electron transport chain$IV.$ Reduces three molecules of $NAD^+$ for every glucose molecule processedChoose the correct option.