When salt is added to water, the salt crystals disappear and the water tastes salty, forming a homogenous saltwater mixture where the salt and water particles are evenly mixed on a microscopic level. In a heterogeneous mixture, the individual substances that make it up are not evenly distributed and their particles remain visible, such as a suspension where one substance is suspended in another. The document provides examples of homogenous and heterogeneous mixtures and directs the reader to activities in the textbook to further explore the differences between the two types of mixtures.

1. How do
Homogenous and
Heterogenous
mixtures differ
from each other?

2. Videoclip

3. When a salt is added to a water, the
crystals disappear and the distilled
water tasted salty. This shows that
there are two kinds of particles in the
glass and the resulting system is a
saltwater mixture.
In this mixture, only one substance is
visible, the water, and since the water
is liquid, only the liquid phase is
recognizable.

4. The particles of salt are not

5. This type of mixture with
uniform appearance is
called homogenous
mixture.
It is also called solution.

6. Mixtures that contain
substances that are not
evenly distributed, and the
particles have no uniform
appearance is called
heterogeneous mixture or
suspensions or coarse
mixture.

8. They are highly
recognizable and
are not uniformly
distributed.

9. Do the activity
on pg. 11,
exercise

10. 1.HO
2.HE
3.HE
4.HE
5.HE
6.HO
7.HE
8.HE
9.HE
10.HO

11. DIARY
In a one whole sheet of
paper, do the activity on
pg. 13. List 5 mixtures
only.