homogeneous
If you were to look at a homogeneous mixture under an ordinary microscope, you would see a uniform appearance throughout the sample, with no distinct layers or particles visible. The components of the mixture would be evenly distributed at a molecular level, making it difficult to identify individual substances. Depending on the mixture, you might observe a clear solution or a consistent coloration, but no separation would be evident.
A mechanical mixture or heterogeneous mixture is a mixture with different parts that you can see. For example an omelette is a mechanical mixture because you can see the different parts that make up the omelette.
sand because when u see in microscope its a little hard shells
A heterogeneous mixture is a type of mixture that has multiple components. These components are separate physically in this kind of mixture.
A heterogeneous mixture is one where you can see the different particles or substances present. Examples include mixtures like trail mix, salad with various ingredients, or a bowl of cereal with visible cereal and milk.
a coarse mixture is a mixture of substances which when you mix all substaNces you can see the ingredients or substances that are mixed it is not dissolved.. a perfect example of it is a halo-halo a coarse mixture is a mixture of substances which when you mix all substaNces you can see the ingredients or substances that are mixed it is not dissolved.. a perfect example of it is a halo-halo
A heterogeneous mixture
If you were to look at a homogeneous mixture under an ordinary microscope, you would see a uniform appearance throughout the sample, with no distinct layers or particles visible. The components of the mixture would be evenly distributed at a molecular level, making it difficult to identify individual substances. Depending on the mixture, you might observe a clear solution or a consistent coloration, but no separation would be evident.
A heterogeneous mixture is a mixture that is not entirely even in that some regions have different concentrations or different substances in different regions. Opposite to a homogenous mixture which is total constant throughout the mixture.
Yes. I like to think of heterogeneous mixtures as a chocolate chip cookie, where you can see the components of the mixture; and homogeneous mixtures as a glass of milk, where you can't see the components of the mixture (milk is homogenized, get it?).
yes, it is because you can see the bubbles inside the tea so there is two substances inside so it's a mechanical mixture. yes, it is because you can see the bubbles inside the tea so there is two substances inside so it's a mechanical mixture. yes, it is because you can see the bubbles inside the tea so there is two substances inside so it's a mechanical mixture.
A mechanical mixture or heterogeneous mixture is a mixture with different parts that you can see. For example an omelette is a mechanical mixture because you can see the different parts that make up the omelette.
Its a mixture of predominantly carbon bases substances. It would be interesting to see that one on the periodic table.
A mixture consist of two or more different substances that are mixed but not chemically combined together. Also there are two main types of mixtures, a solution and mechanical mixture. I think of a mechanic who works with his hands when i think of a mechanical mixture. A mechanical mixture is when you combine 2 or more substances and you can see all the different substances in the mixture. In a solution, you can only see one uniform mixture. Like Iced tea and water. When you pour iced tea powder into water, you can only see the iced tea, you can not see both the iced tea powder and water, since the powder had dissolved. it6 is one or two items So remember there are 2 mixtures: - solution - you can not see the different parts - mechanical mixture- you can see all of the different parts of the mixture
We had to increase the magnification of the microscope in order to see the cells clearly.
sand because when u see in microscope its a little hard shells
If you put it under a microscope, you will be able to see the heterogenous mixture form into different parts. Opposed to this, the homogenous mixture will look similar throughout the entire mixture - also when put under a microscope.