185552 Enzymes can react with acidic or basic substances due to their nature.

185553 Study the following
| (I) | $\mathrm{K}_{\mathrm{m}}$ value | Affinity of the enzyme | Inverse measure enzyme affinity |
| :---: | :---: | :---: | :---: |
| (II) | Hydrolases | P-O bonds | Linking 2 compounds |
| (III) | Transferases | Transfer of a group | Inhibitor of reaction |
| (IV) | Emil Fischer | Lock and key hypothesis | Formation
of ES
complex |
The correct combinations are

185554 The following graph shows concentration of substrate on enzyme activity:

What does the \(\mathrm{Y}\)-axis represent?

185560 Assertion: Enzyme have active sites and substrate reactive site on their surfaces respectively.
Reason: Active and reactive sites push the enzyme and substrate molecules away from each other.

185552 Enzymes can react with acidic or basic substances due to their nature.

185553 Study the following
| (I) | $\mathrm{K}_{\mathrm{m}}$ value | Affinity of the enzyme | Inverse measure enzyme affinity |
| :---: | :---: | :---: | :---: |
| (II) | Hydrolases | P-O bonds | Linking 2 compounds |
| (III) | Transferases | Transfer of a group | Inhibitor of reaction |
| (IV) | Emil Fischer | Lock and key hypothesis | Formation
of ES
complex |
The correct combinations are

185554 The following graph shows concentration of substrate on enzyme activity:

What does the \(\mathrm{Y}\)-axis represent?

185560 Assertion: Enzyme have active sites and substrate reactive site on their surfaces respectively.
Reason: Active and reactive sites push the enzyme and substrate molecules away from each other.

185552 Enzymes can react with acidic or basic substances due to their nature.

185553 Study the following
| (I) | $\mathrm{K}_{\mathrm{m}}$ value | Affinity of the enzyme | Inverse measure enzyme affinity |
| :---: | :---: | :---: | :---: |
| (II) | Hydrolases | P-O bonds | Linking 2 compounds |
| (III) | Transferases | Transfer of a group | Inhibitor of reaction |
| (IV) | Emil Fischer | Lock and key hypothesis | Formation
of ES
complex |
The correct combinations are

185554 The following graph shows concentration of substrate on enzyme activity:

What does the \(\mathrm{Y}\)-axis represent?

185560 Assertion: Enzyme have active sites and substrate reactive site on their surfaces respectively.
Reason: Active and reactive sites push the enzyme and substrate molecules away from each other.

185552 Enzymes can react with acidic or basic substances due to their nature.

185553 Study the following
| (I) | $\mathrm{K}_{\mathrm{m}}$ value | Affinity of the enzyme | Inverse measure enzyme affinity |
| :---: | :---: | :---: | :---: |
| (II) | Hydrolases | P-O bonds | Linking 2 compounds |
| (III) | Transferases | Transfer of a group | Inhibitor of reaction |
| (IV) | Emil Fischer | Lock and key hypothesis | Formation
of ES
complex |
The correct combinations are

185554 The following graph shows concentration of substrate on enzyme activity:

What does the \(\mathrm{Y}\)-axis represent?

185560 Assertion: Enzyme have active sites and substrate reactive site on their surfaces respectively.
Reason: Active and reactive sites push the enzyme and substrate molecules away from each other.