Question

With the application of carbonic anhydrase, number of
molecules of H2CO3 formed every minute is
6,00,000
6,00,00,000
36,00,000
3,60,00,000​

Answer 1

Answer:

3600000

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Answer 2

Answer:

The number of molecules of H₂CO₃ carbonic acid formed in every minute is 3,60,00,000.

Therefore, option (d) is correct.

Explanation:

• Carbonic anhydrase enzyme is used to catalyze the hydrolysis of carbon dioxide in water.
• Carbonic anhydrase enzyme  is zinc containing metalloenzyme. In which Zn²⁺ is an active site.
• The reaction is in equilibrium:-

         $CO_{2} \; \; + \; \; H_{2}O$  $\longrightarrow$   H₂CO₃    ⇄   H⁺  +  HCO₃⁻

• The carbonic anhydrase enzyme formed six lakh molecules of carbonic acid in one second.

Number of molecules of H₂CO₃ formed in one minute= 60× 6,00,000

                                                                                          =3,60,00,000

Therefore, the number of carbonic acid molecules formed in 1 minute  will be equal to 3,60,00,000 or 36 million.