no gas forms
Mixing orange juice with vinegar will create a chemical reaction that produces carbon dioxide gas. This gas will cause bubbles to form and the mixture to fizz. The acidity of both the orange juice and vinegar will also be enhanced when combined.
Chemical it gives of gas
No, there should be no gas formed when mixing Drano and vinegar. The main ingredient in Drano is NaOH, and vinegar is acetic acid. So, the chemical reaction would be...NaOH + CH3COOH ==> CH3COONa + H2O. Neither is a gas.
Crushed Mentos increase the surface area exposed to the Coke, allowing for a more rapid release of carbon dioxide gas when they come into contact. This leads to a more vigorous reaction and a more explosive eruption compared to whole Mentos. The reaction is primarily due to the physical properties of the candy, such as its rough texture, which facilitates nucleation sites for gas bubbles to form quickly. Thus, using crushed Mentos results in a more intense and immediate geyser effect.
no, the substances that you mix must interact to form a completely new substance for a chemical change to take place. Mixing sand and salt is not a chemical change. Mixing vinegar with sodium bicarbonate will lead to the release of carbon dioxide gas. This is a chemical change.
raisins will float due there carbonarion and the raisins low density level in them.
Mixing Mentos with Diet Coke typically produces the biggest explosion due to the rapid release of carbon dioxide gas when the Mentos candies are dropped into the soda. This reaction creates a large foam fountain.
The force generated in a Coke and Mentos experiment primarily comes from the rapid release of carbon dioxide gas when the Mentos candies are introduced into the soda. The surface of the Mentos is covered with tiny pits that facilitate nucleation, allowing gas bubbles to form quickly. This rapid gas expansion creates a vigorous eruption, propelling the soda outward. The force of the eruption can vary based on the type of soda, the number of Mentos used, and environmental factors.
Carbon dioxide.
The reaction between Mentos and soda is primarily a physical reaction rather than a chemical one, resulting in an exothermic process. When Mentos are added to soda, the rapid release of carbon dioxide gas creates a vigorous eruption, releasing energy in the form of heat. This is due to the nucleation sites on the surface of the Mentos facilitating the rapid escape of dissolved gas from the liquid.
Mixing vinegar (acetic acid) with baking soda (sodium bicarbonate) will produce carbon dioxide gas and water, as well as a white solid precipitate of sodium acetate.
Mixing Mentos and Yakult might not produce a dramatic reaction like the well-known Mentos and soda experiment, which causes a rapid release of carbon dioxide gas and a geyser-like eruption. Yakult is a fermented milk drink with a probiotic culture and does not have the high carbonation levels found in sodas. However, here are some potential effects: Minimal Reaction: Since Yakult is not carbonated like soda, dropping Mentos into it is unlikely to cause a significant reaction. The fizzing and bubbling that occur with soda are primarily due to the rapid release of carbon dioxide gas, which is not present in large amounts in Yakult. Texture and Taste: The Mentos might dissolve slowly in the Yakult, potentially altering its texture and taste as the candy breaks down and mixes with the drink. This could result in a slightly sweetened flavor but nothing explosive or dramatic. In summary, mixing Mentos with Yakult will likely result in minimal to no visible reaction, primarily due to the lack of carbonation in Yakult.