By using the carbonic anhydrase enzyme the reaction (CO2 + H2O arrow H2CO3) speeds dramatically with about

Question

By using the carbonic anhydrase enzyme the reaction (CO2 + H2O arrow H2CO3) speeds dramatically with about (A) 6,00,000 molecules being formed every hour (B) 6,00,000 molecules being formed every second (C) 36 million molecules being formed every minute (D) Both B and C

Tardigrade Admin · Accepted Answer

By using the carbonic anhydrase enzyme the reaction speeds dramatically with about 6,00,000 molecules being formed every second or 36 million (36 × 106) molecules being formed every minute.

Q. By using the carbonic anhydrase enzyme the reaction $(C O_{2} + H_{2} O \to H_{2} C O_{3})$ speeds dramatically with about

6,00,000 molecules being formed every hour

6,00,000 molecules being formed every second

36 million molecules being formed every minute

Both B and C

By using the carbonic anhydrase enzyme the reaction speeds dramatically with about $6, 00, 000$ molecules being formed every second or $36$ million $(36 \times 1 0^{6})$ molecules being formed every minute.

Q. By using the carbonic anhydrase enzyme the reaction (CO2​+H2​O→H2​CO3​) speeds dramatically with about