Regular water has stronger intermolecular bonding due to its hydrogen bonding capability, which is more pronounced than in soapy water or an alcohol-water mixture. Soapy water contains surfactants that disrupt these hydrogen bonds, while an alcohol-water mixture has weaker hydrogen bonds compared to pure water due to the presence of alcohol molecules that interfere with water's cohesive forces. Therefore, regular water exhibits the strongest intermolecular bonding among the three.
yess
Alcohol (ethanol) is a compound, not a mixture.
No, rubbing alcohol is a homogeneous mixture because its components (isopropyl alcohol and water) are evenly distributed throughout the solution.
Yes, rubbing alcohol (isopropyl alcohol) is a homogeneous mixture because it consists of a single phase with uniform composition throughout, typically containing 70% isopropyl alcohol and 30% water.
Alcohol is a homogeneous pure compound not a mixture. Correct, unless you are discussing rubbing alcohol or an alcoholic beverage, which is a mixture of an alcohol (there are hundreds) and mostly water and other ingredients.
Gasoline is a mixture of hydrocarbons and does not have a specific bonding type. Ethanol, on the other hand, is a type of alcohol and has hydrogen bonding due to the presence of hydroxyl (-OH) groups.
Kerosene typically has nonpolar covalent bonding. This means that the carbon and hydrogen atoms in kerosene share electrons fairly equally, leading to no overall charge and weak intermolecular forces between molecules.
Grain alcohol is a mixture
yess
Alcohol (ethanol) is a compound, not a mixture.
Rubbing alcohol is actually a mixture. To be specific it is a homogeneous mixture.
No, rubbing alcohol is a homogeneous mixture because its components (isopropyl alcohol and water) are evenly distributed throughout the solution.
Alcohol is not mixture, it is a compound.
Alcohol is a chemical compound, not a mixture.
Isopropyl alcohol is a compound.
This question cannot be answered. There are too many variables involved for even an approximate answer.... * How much tylenol? * How much alcohol? * What sort of alcohol - spirits are 'stronger' then wines, which are stronger than beers. * How much alcohol has the person taken already, or will they take afterwards? * Is the person taking any other medication? All these would have a huge bearing on the effect the mixture would have on the person.
In a mixture of calcium bromide and water, the main intermolecular forces present are ion-dipole interactions between the ions in calcium bromide (Ca^2+ and Br^-) and the polar water molecules. These interactions are responsible for the dissolution of calcium bromide in water and the formation of hydrated calcium bromide ions.