13. Pure Substance
A pure substance is matter that is always made up of the same
composition.
14. Pure Substance
A pure substance is matter that is always made up of the same
composition.
Take sugar and salt, they are pure substances, sand is not
15. Pure Substance
A pure substance is matter that is always made up of the same
composition.
Take sugar and salt, they are pure substances, sand is not
16. Pure Substance
A pure substance is matter that is always made up of the same
composition.
Take sugar and salt, they are pure substances, sand is not
17. Pure Substance
A pure substance is matter that is always made up of the same
composition.
Take sugar and salt, they are pure substances, sand is not
26. Mixtures
There are two mixtures, one Heterogeneous and one Homogeneous.
Heterogeneous is where the components are visibly different; such
as salsa.
27. Mixtures
There are two mixtures, one Heterogeneous and one Homogeneous.
Heterogeneous is where the components are visibly different; such
as salsa.
Homogeneous is where the difference in the ingredients is
unnoticeable like in sprite.
28. Mixtures
There are two mixtures, one Heterogeneous and one Homogeneous.
Heterogeneous is where the components are visibly different; such
as salsa.
Homogeneous is where the difference in the ingredients is
unnoticeable like in sprite.
29. Mixtures
There are two mixtures, one Heterogeneous and one Homogeneous.
Heterogeneous is where the components are visibly different; such
as salsa.
Homogeneous is where the difference in the ingredients is
unnoticeable like in sprite.
32. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
33. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
Solutions are homogeneous mixtures that cannot separate.
34. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
Solutions are homogeneous mixtures that cannot separate.
Colloids are in between a suspension and a solution. they don’t
separate into layers and you cannot separate them through a filter.
35. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
Solutions are homogeneous mixtures that cannot separate.
Colloids are in between a suspension and a solution. they don’t
separate into layers and you cannot separate them through a filter.
36. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
Solutions are homogeneous mixtures that cannot separate.
Colloids are in between a suspension and a solution. they don’t
separate into layers and you cannot separate them through a filter.
37. Solutions, suspensions,
and colloids
Suspensions are heterogeneous mixtures that separate into layers
over time. If you were to look on a food label and see a sign that
says “shake well before use” that would normally mean that the
substance is a suspension.
Solutions are homogeneous mixtures that cannot separate.
Colloids are in between a suspension and a solution. they don’t
separate into layers and you cannot separate them through a filter.
46. Density
Density equals mass over volume.
When you put oil and vinegar together, the vinegar will sink to
the bottom because it has a larger density.
47. Density
Density equals mass over volume.
When you put oil and vinegar together, the vinegar will sink to
the bottom because it has a larger density.