Which of the following is not correct with re | vedclass

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(C) $1$. Fermentation involves the partial breakdown of glucose into ethanol or lactic acid,which is correct.$2$. Aerobic respiration yields significa

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In fermentation there is a net gain of only two molecules of $ATP$ for each molecule of sucrose degraded to pyruvic acid.

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(C) $1$. Fermentation involves the partial breakdown of glucose into ethanol or lactic acid,which is correct.$2$. Aerobic respiration yields significantly more $ATP$ molecules compared to fermentation,which is correct.$3$. In fermentation,glucose is broken down into pyruvic acid,and then further into ethanol or lactic acid. The net gain of $ATP$ is $2$ molecules per glucose molecule. However,the statement mentions sucrose. Sucrose is a disaccharide that breaks down into glucose and fructose. Therefore,the degradation of one molecule of sucrose yields $4$ molecules of $ATP$ (as it produces two glucose units),not $2$. Thus,this statement is incorrect.$4$. In aerobic respiration,$NADH$ is oxidized to $NAD^+$ through the electron transport system,which is correct.

$A$. Kreb's cycle	$i$. Inner surface of membrane of mitochondria
$B$. Photorespiration	$ii$. Cytoplasm
$C$. Oxidative phosphorylation	$iii$. Peroxisomes
$D$. Glycolysis	$iv$. Mitochondrial matrix

Which of the following is not correct with reference to fermentation and aerobic respiration?

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Select the correct option regarding the following statements:
$(1)$ During glycolysis/fermentation,$2 \, ATP$ molecules are produced from one molecule of glucose.
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Match the given below processes with their respective locations:
$A$. Kreb's cycle $i$. Inner surface of membrane of mitochondria
$B$. Photorespiration $ii$. Cytoplasm
$C$. Oxidative phosphorylation $iii$. Peroxisomes
$D$. Glycolysis $iv$. Mitochondrial matrix

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