Snickers are heterogeneous mixtures.
A Snickers bar is considered a heterogeneous mixture. This is because it is composed of multiple distinct components, such as nougat, caramel, peanuts, and chocolate, that are visibly different and do not blend uniformly throughout the bar. Each component retains its individual properties within the mixture, making it heterogeneous.
Mixture... its a mixture if chocolate and peanuts :P
A chocolate bar is considered a heterogeneous mixture because it contains different ingredients that are not uniformly distributed throughout the bar. This can include cocoa solids, cocoa butter, sugar, and other additives that create distinct regions within the bar.
Homogeneous. Bite one in half. Look at the half- the half that is not in your mouth. It is the same all the way through the marshmallow, right? Now, if it was a candy bar like a Snickers, that had layers of chocolate, nougat, caramel and peanuts, it is not the same all the way through. That would be heterogeneous.
Heterogenous because it is not evenly mixed throughout.
No, A twix bar would be considered a heterogeneous mixture. The cookie and the caramel (not to mention the chocolate) can be physically separated from each other and they are not identical. By definition, a homogeneous mixture must be uniform (or identical) throughout the sample. Twix is not uniform.
Heterogeneous if anything since it's parts are not the same :P
Heterogeneous.
a granola bar is a mechanical / heterogeneous mixture
Yes it is, it is made from a mixture of the sodium salts of various fatty acids of natural oils and fats.
no its not
sugar is homogeneous Because 1. sugar homogeneous in light of the fact that its one compound 2. iron filings homogeneous on the grounds that its one component (Fe) 3. granola bar heterogeneous in light of the fact that its produced using distinctive fixings 4. plastic wrap is homogeneous yet just on the off chance that it has no plasticiser in it. 5. concrete walkway heterogeneous in light of the fact that it is a blend of sand, bond and water.