What happens to the chemical equilibrium if HCl are added to the system

What happens to the chemical equilibrium if HCl are added to the system

What will happen to the chemical equilibrium if HCl are added to the system

What will happen to the chemical equilibrium if HCl are added to the system To favor the reverse reaction, the equilibrium will shift to the right.

What will happen to the chemical equilibrium if HCl is added to the system the chemical equilibrium will shift to the right the chemical equilibrium will be lost permanently the chemical equilibrium will not be affected the chemical equilibrium will shift to the left?

What will happen to the chemical equilibrium if HCl are added to the system. The chemical equilibrium will shift towards the right. Permanently, the chemical equilibrium will shift to the right.

What will be the color of the solution if a large amount of H2CO3 is added?

yellow

What will be the color of the solution if a large amount of H2CO3 is added the solution will remain yellow the solution will turn blue the solution will turn pink The solution will turn green?

What color will the solution take if it is diluted with H2CO3? The solution will stay yellow. The solution will change to blue.

What does H2CO3 break down into?

bicarbonate ion

What is BTB used for?

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Bromothymol Blue (also called bromothymol-sulfonephthalein or BTB) is a pH indicator. It is used mainly in applications that require the measurement of substances with a neutral pH (near 7) It is used to measure the amount of carbonic acid present in liquids.

What do you think would happen over time if you put a plant BTB?

After a time spent in sunlight, the plant will begin photosynthesis. It would use the CO2 in the vial as well as the sunlight. The BTB would turn blue. The plant does not get sunlight at night so it only breathes or gives off CO2, which turns the BTB yellow.

What is the color change of Bromothymol blue?

Bromthymol Blue changes color with a pH range of 6.0 (yellow), to 7.6 (blue). It can be used as an indicator for dissolved carbon dioxide (CO2) or other weakly acidic solutions.

What causes increases and decreases in photosynthesis and cellular respiration?

The intensity of light absorbed by the chloroplasts. The temperature and CO2 (Carbon Dioxide), as well as the availability and concentration of the substance.

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