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(N/A) Respiration and CombustionRespirationCombustion$(1)$ It is a biochemical process.$(1)$ It is a physiochemical process.$(2)$ It occurs in living

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(N/A) Respiration and CombustionRespirationCombustion$(1)$ It is a biochemical process.$(1)$ It is a physiochemical process.$(2)$ It occurs in living cells.$(2)$ It does not occur in living cells.$(3)$ $ATP$ is generated.$(3)$ $ATP$ is not generated.$(4)$ Enzymes are required.$(4)$ Enzymes are not required.$(5)$ It is a biologically-controlled process.$(5)$ It is an uncontrolled process.$(b)$ Glycolysis and Krebs' cycleGlycolysisKrebs' cycle$(1)$ It is a linear pathway.$(1)$ It is a cyclic pathway.$(2)$ It occurs in the cytoplasm.$(2)$ It occurs in the mitochondrial matrix.$(3)$ It occurs in both aerobic and anaerobic respiration.$(3)$ It occurs only in aerobic respiration.$(4)$ It generates $2$ $NADH$ and $2$ $ATP$ molecules per glucose.$(4)$ It produces $6$ $NADH$, $2$ $FADH_2$, and $2$ $ATP$ per two acetyl-$CoA$ molecules.$(c)$ Aerobic respiration and FermentationAerobic respirationFermentation$(1)$ Oxygen is used for energy derivation.$(1)$ Occurs in the absence of oxygen.$(2)$ Occurs in the cytoplasm and mitochondria.$(2)$ Occurs only in the cytoplasm.$(3)$ End products are $CO_2$ and $H_2O$.$(3)$ End products are ethyl alcohol and $CO_2$.$(4)$ Complete oxidation of substrate occurs.$(4)$ Incomplete oxidation of substrate occurs.$(5)$ About $36$ $ATP$ molecules are produced.$(5)$ Only $2$ $ATP$ molecules are produced.

List $-I$	List $-II$
$a$. Porins	$i$. Pink coloured nodules
$b$. Leg-haemoglobin	$ii$. Lumen of thylakoid
$c$. $H^{+}$ accumulation	$iii$. Amphibolic pathway
$d$. Respiration	$iv$. Huge pores in outer membrane of mitochondria

Column-$I$	Column-$II$
$(A)$ $RQ$ of fats	$(I)$ Less than $7$ percent
$(B)$ Energy released in fermentation	$(II)$ Less than $1$
$(C)$ $RQ$ of glucose	$(III)$ $1$
$(D)$ Net $\text{ATP}$ produced in fermentation	$(IV)$ $2$

Differentiate between (Any two):
$(a)$ Respiration and Combustion
$(b)$ Glycolysis and Krebs' cycle
$(c)$ Aerobic respiration and Fermentation

Similar Questions

During a state of rest,the metabolic requirement is very low. This can be determined by:

Match the following columns:
Column-$I$ Column-$II$
$(A)$ $RQ$ of fats $(I)$ Less than $7$ percent
$(B)$ Energy released in fermentation $(II)$ Less than $1$
$(C)$ $RQ$ of glucose $(III)$ $1$
$(D)$ Net $\text{ATP}$ produced in fermentation $(IV)$ $2$

The overall goal of glycolysis,Krebs' cycle and the electron transport system is the formation of

$A$: Carbohydrates are the primary source of energy in living organisms.
$R$: Glucose is the common substrate used in respiration.

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Respiration	Combustion
$(1)$ It is a biochemical process.	$(1)$ It is a physiochemical process.
$(2)$ It occurs in living cells.	$(2)$ It does not occur in living cells.
$(3)$ $ATP$ is generated.	$(3)$ $ATP$ is not generated.
$(4)$ Enzymes are required.	$(4)$ Enzymes are not required.
$(5)$ It is a biologically-controlled process.	$(5)$ It is an uncontrolled process.

Glycolysis	Krebs' cycle
$(1)$ It is a linear pathway.	$(1)$ It is a cyclic pathway.
$(2)$ It occurs in the cytoplasm.	$(2)$ It occurs in the mitochondrial matrix.
$(3)$ It occurs in both aerobic and anaerobic respiration.	$(3)$ It occurs only in aerobic respiration.
$(4)$ It generates $2$ $NADH$ and $2$ $ATP$ molecules per glucose.	$(4)$ It produces $6$ $NADH$, $2$ $FADH_2$, and $2$ $ATP$ per two acetyl-$CoA$ molecules.

Aerobic respiration	Fermentation
$(1)$ Oxygen is used for energy derivation.	$(1)$ Occurs in the absence of oxygen.
$(2)$ Occurs in the cytoplasm and mitochondria.	$(2)$ Occurs only in the cytoplasm.
$(3)$ End products are $CO_2$ and $H_2O$.	$(3)$ End products are ethyl alcohol and $CO_2$.
$(4)$ Complete oxidation of substrate occurs.	$(4)$ Incomplete oxidation of substrate occurs.
$(5)$ About $36$ $ATP$ molecules are produced.	$(5)$ Only $2$ $ATP$ molecules are produced.

Differentiate between (Any two):$(a)$ Respiration and Combustion$(b)$ Glycolysis and Krebs' cycle$(c)$ Aerobic respiration and Fermentation