(B) The hydrolysis of $1$ mole of $ATP$ into $ADP$ and inorganic phosphate releases approximately $7.3 \text{ Kcal}$ of energy.Therefore,for $25$ mole

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(B) The hydrolysis of $1$ mole of $ATP$ into $ADP$ and inorganic phosphate releases approximately $7.3 \text{ Kcal}$ of energy.Therefore,for $25$ molecules of $ATP$,the total energy liberated is calculated as:$\text{Total Energy} = 25 \times 7.3 \text{ Kcal} = 182.50 \text{ Kcal}$.Thus,the correct option is $B$.

Class 11 Biology Biomolecules Mix Examples- Biomolecules

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How much energy is liberated when $25$ $ATP$ molecules are hydrolysed to $ADP$ (in $\text{ Kcal}$)?

MHT CET 2023 All MHT CET

A
$7.3$
B
$182.50$
C
$277.40$
D
$686$

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$A$: Dextrins are intermediate polysaccharides formed during the hydrolysis of starch into sugar.
$R$: Ascorbic acid is a sugar derivative.

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Match the items in Column-$I$ with Column-$II$ and select the correct option.

Column-$I$ Column-$II$

$(A)$ Aspartic acid $(i)$ Two $\alpha$-chains and two $\beta$-chains

$(B)$ Haemoglobin $(ii)$ $FMN$

$(C)$ Cytoplasm $(iii)$ Nitrogen fixation

$(D)$ Azotobacter $(iv)$ Site of protein synthesis

$(v)$ Polar and negatively charged amino acid

Column-$I$	Column-$II$
$(A)$ Aspartic acid	$(i)$ Two $\alpha$-chains and two $\beta$-chains
$(B)$ Haemoglobin	$(ii)$ $FMN$
$(C)$ Cytoplasm	$(iii)$ Nitrogen fixation
$(D)$ Azotobacter	$(iv)$ Site of protein synthesis
	$(v)$ Polar and negatively charged amino acid