M&M's are a mixture, not a compound element. They consist of various ingredients, including chocolate, sugar, and a candy shell, which are physically combined but retain their individual properties. Each component can be separated, distinguishing it from a compound, where elements are chemically bonded.
A bag of M&M's is considered a heterogeneous mixture because it contains different components that can be visually distinguished. The various colors and types of M&M's can be seen separately, indicating that the composition is not uniform throughout. In contrast, a homogeneous mixture would have a consistent composition throughout.
A bag of M&M's is a mixture, not a pure substance. It contains various colored candies, each made from different ingredients that can include chocolate, sugar, and food coloring. These components retain their individual properties and can be physically separated, which is characteristic of a mixture. In contrast, a pure substance has a uniform and definite composition throughout.
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.
A bag of M&M's is a mixture because it contains different components, including various colored candies made from sugar, chocolate, and other ingredients. Each M&M retains its individual properties, and they can be physically separated from one another. In contrast, a pure substance consists of only one type of particle or compound.
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.
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.
Yes, a bag of M&M's is a homogeneous mixture because all of the different colored M&M's are evenly distributed throughout the bag. This means that no matter where you sample from the bag, you will always get a similar mix of colors and flavors.