Yes. Stomach acid can dissolve aluminum.
stomach acid is HCL (hydrochloric acid) and can dissolve organic matter (organs).The acid is required to synthesise fats .However the linings of the wall secrete a mucus to protect the stomach wall
Stomach acid is strong enough to dissolve certain materials, but it typically does not dissolve hair. Hair is made of a tough protein called keratin, which is resistant to acid. However, over time, stomach acid can weaken and break down hair fibers.
stomach,because oh the acid in your stomach
Stomach acid is a strong acidic solution mainly composed of hydrochloric acid, which can dissolve most materials. However, it generally cannot dissolve substances like plastic and metals due to their chemical composition. Additionally, the lining of the stomach itself is protected from the corrosive effects of stomach acid by a mucous layer.
A zinc penny will dissolve in phosphoric acid. Copper pennies will not dissolve in phosphoric acid because copper is a more inert metal compared to zinc.
Most of the time stomach acid will dissolve a standard paper staple. Occasionally the body cannot dissolve this substance and people could get really hurt.
Stomach acid is not strong enough to dissolve 18K white gold. Gold is a noble metal, which means it does not react with most acids or bases, including stomach acid. However, prolonged exposure to stomach acid may still cause discoloration or damage to the surface of the gold.
Stomach acid will indeed dissolve some rubber balls. Certain rubbers are more susceptible to breaking down in stomach acid than others.
The stomach acid does not dissolve in our organs because the stomach has a mucous layer that protects it and the acid is immediately neutralized by the bicarbonate in pancreatic fluid when it gets to the bowels.
The slug will die in your stomach. The stomach acid will dissolve it.
No, you cannot dissolve a penny in spit because saliva is not strong enough to break down the metal of a penny. Pennies are made of mostly copper, which is resistant to the weak acid found in saliva.