Are
my answers correct if not help me correct them please.

Your objective will be to try to keep the following at equilibrium: CO_2 molecules will try to maintain equilibrium between cell and plasma. CO_2 molecules will combine with H_2CO_3 molecules in the plasma (imagine that there is an infinite supply of water molecules). Every time you combine CO_2 with water, replace these two buttons with one button for H_2CO_3. These will try to stay in equilibrium. H_2CO_3 molecules will try to be in equilibrium with HCO_3 and H^+ (for every molecule of H_2CO_3 there will be 1 molecule of HCO+3 and 1 molecule of H^+) Use the following equation as a guide to the transfer of molecules and ions. CO_2 + H_2O_2 rightarrow H_2CCCO_3 rightarrow H^+ + HCCO_3 1. Start with 20 molecules of CO_2 in the cells 2. Remember CO_2 molecules diffuse into the plasma along the concentration gradient. 3. Try to make sure that the CO_2 molecules in the plasma stay in equilibrium with the CO_2 molecules in the tissue cells. 4. In the plasma, the CO_2 molecules combine with water to form H_2CO_3. 5. Make the H_2CO_3 molecules dissociate. If there were no HCO_3 formation how many CO_2 would be taken up by blood? What role does HCO_3 play in the body’s capacity to remove carbon dioxide? Write the equations that show the steps in releasing carbon dioxide from pulmonary capillaries into alveolar space. How does this process affect the pH of the blood?