A bag of M&M's is considered a mixture because it contains multiple components, including different colors and flavors of chocolate candies. Each M&M is made up of various ingredients, such as chocolate, sugar, and coating, which do not have a uniform composition throughout the bag. In contrast, a pure substance has a constant composition and distinct chemical properties.
Element M is calcium. It reacts with chlorine to form calcium chloride (CaCl2). Calcium is more reactive than magnesium and smaller than barium on the periodic table.
Oh, dude, that's like when you mix your M&Ms and Skittles together but then realize you actually just wanted the M&Ms. It's called a mixture, where the substances are physically combined but can still be separated using methods like sorting or filtering. So yeah, it's basically like a failed attempt at a candy fusion experiment.
There is no special name for this unit; it is just written as "meters/second", or abbreviated as m/s or ms-1 (where the "-1" is supposed to be an exponent).
The half life of M&Ms is highly dependent on three things: the person eating them, the form in which they take--plain or peanut?--and the container size. Anyone asking about half-lives knows the term refers to the time it takes half the atoms in a sample of a radionucleotide to transform into something else. Normally the product they transform into is an inert metal like lead. (Lead is toxic. Uranium is worse.) In the case of M&Ms, they transform into chocolatey goodness in your tummy. For instance, the half-life of any pound bag of plain M&Ms that falls into my possession is an hour. If I work at it hard enough, I can kill a pound of M&Ms in about two hours unless I'm driving and then it's at least a day because I have to shift. If you give a young child a vending machine bag of them, their half-life is maybe five minutes because M&Ms are good and children have no self-control. But if you were to give a Fun Size bag of plain M&Ms to my wife its half-life would be measured in centuries because she doesn't like the plain ones.
A bag of M&Ms is a mixture. It consists of multiple individual M&M candies, which are themselves a mix of various ingredients like chocolate, sugar, and food coloring.
Peanut M&M's are a heterogeneous mixture because they contain different components that can be visually distinguished, such as the peanut, chocolate, and candy shell.
Mixture.
mixtuer
Xylene is a compound. It is a mixture of three isomeric aromatic hydrocarbons: o-xylene, m-xylene, and p-xylene.
Sulfuric acid is a compound
Mixture.
Yes, a bag of M&M's is a heterogeneous mixture because it contains different components (M&M candies) that can be easily distinguished and are not uniformly distributed throughout the bag.
A pack of m&ms
Yes, M&M's are a mixture as they are made up of various ingredients such as chocolate, sugar, milk, and artificial colorings combined together to form the candy-coated chocolate treat.
A bag of M&M's is classified as a homogeneous mixture because the different components (chocolate, candy shell) are evenly distributed and cannot be easily separated.
The element that forms a compound with chlorine with the general formula MCl is metal. The "M" in MCl represents an arbitrary metal element.