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 multicolored marbles would be considered a heterogeneous mixture because the marbles are physically distinct from one another and can be easily separated. Each marble maintains its individual properties and does not combine chemically with the others in the bag.
No, a bag of colored marbles is a heterogeneous mixture because you can easily see and distinguish the different colors of marbles within the bag. Homogeneous mixtures have uniform composition throughout, like air or sugar dissolved in water.
A bag of refined sugar is considered a homogeneous mixture. This is because the sugar crystals are uniform in composition and appearance throughout the bag, with no visible differences or separate components. When dissolved in a liquid, refined sugar also forms a solution that is uniform at the molecular level, further supporting its classification as homogeneous.
No, a bag of M&M's is not a pure substance because it is a mixture of different substances (chocolate and candy shell) combined together.
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 confetti is a mixture. It consists of multiple elements (such as paper, dyes, and adhesives) blended together but not chemically bonded. Each component retains its individual properties in the 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.
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.
A bag of multicolored marbles would be considered a heterogeneous mixture because the marbles are physically distinct from one another and can be easily separated. Each marble maintains its individual properties and does not combine chemically with the others in the bag.
heterogenous mixture
No, a bag of colored marbles is a heterogeneous mixture because you can easily see and distinguish the different colors of marbles within the bag. Homogeneous mixtures have uniform composition throughout, like air or sugar dissolved in water.
Heterogeneous Mixture
Because the oil, or lipid, from a certain substance or food is showing through the thin material of a paper bag. When it shows through, it means it has lipids in a certain food or substance.
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.
A sandwich