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All acids that can be eaten are weak. If they are strong they will dissolve your teeth if you drink too much!
A weak acid like citric acid or vinegar would be more suitable for neutralizing leftover alkali in hair, as it is gentle and less likely to cause damage or irritation to the scalp and hair. Strong acids can be too harsh and may lead to further damage to the hair.
A buffer solution can contain a weak acid and its conjugate base, or a weak base and its conjugate acid. In general, a buffer does not donate OH- ions. Instead, it helps to minimize changes in pH by reacting with added acid or base through the process of neutralization.
You can dissolve calcium on seashells using a weak acid like vinegar or citric acid. Soak the seashells in the acid solution for a few hours to help break down the calcium deposits. Be careful to not leave them in the solution for too long as it can damage the shells.
When a copper coin is oxidized, it forms a dull layer of copper oxide on the surface. When placed in hydrochloric acid, the acid reacts with the copper oxide layer to form copper chloride, which is soluble in the acid. This process removes the oxide layer, revealing the shiny copper surface underneath.
All acids that can be eaten are weak. If they are strong they will dissolve your teeth if you drink too much!
Strong acids are too corrosive for human consumption.
No
A weak acid like citric acid or vinegar would be more suitable for neutralizing leftover alkali in hair, as it is gentle and less likely to cause damage or irritation to the scalp and hair. Strong acids can be too harsh and may lead to further damage to the hair.
Acid rain is harmful because it is acidic. Acids wear away materials and eat through animals and plants that are too weak to hold up.
Well... Sulfur can make the fluids on your eyes to turn to sulfuric acid, and can get into your lungs and turn into acid there, too. Please, improve if I didn't answer your question.
Buffers neutralize hydrogen ions (H⁺) through a chemical equilibrium involving a weak acid and its conjugate base. When excess H⁺ ions are present, the weak base in the buffer reacts with these ions to form the weak acid, thereby reducing acidity. Conversely, if there are too few H⁺ ions, the weak acid can donate protons to restore balance. This dynamic allows the buffer to maintain a stable pH despite the addition of acids or bases.
Broiling is the same as grilling, not too hot, turn frequntly until a nice brown colour, not burnt.
A buffer solution can contain a weak acid and its conjugate base, or a weak base and its conjugate acid. In general, a buffer does not donate OH- ions. Instead, it helps to minimize changes in pH by reacting with added acid or base through the process of neutralization.
lactid acid build up occurs when muscles do not get enough oxygen
one thing that can happen is that the muscle becomes weak and lets the acid through the muscle leading to the oesophagus. this happens because there's too much food in the stomach so it pushes out the acid.
Methyl orange is not suitable as an indicator in weak acid and strong base titrations because its color change occurs at a pH range of 3.1 to 4.4, which is too low for the equivalence point of such titrations. In a weak acid and strong base scenario, the equivalence point typically falls in the pH range of 8 to 10, where methyl orange would remain yellow and not display a clear color change. Therefore, it cannot effectively signal the endpoint of the titration.