The document discusses heat and methods of heat transfer with a focus on differentiating heat and temperature. It covers the principles of conduction, convection, and radiation through the particle model and encourages the identification of innovative devices converting heat into electrical energy. The content is aimed at enhancing understanding of thermal energy transformations and their implications.

1. HEAT AND
METHODS OF
HEAT TRANSFER
PREPARED BY : KEITH F. LABUSTRO
Q3 LESSON 5

2. LEARNING
COMPETENCIES
Explain the
difference
between heat and
temperature.

3. LEARNING
COMPETENCIES
 Identify
advantageous and
disadvantageous
examples of
conduction,
convection, and
radiation

4. LEARNING
COMPETENCIES
Explain in terms of
the particle model
the processes
underlying
convection and
conduction of heat
energy.

5. LEARNING
COMPETENCIES
 Gather information
from secondary sources
to identify and describe
examples of innovative
devices that can be
used to transform heat
energy into electrical
energy.

6. THERMAL
ENERGY AND
HEAT

7. All forms of
matter are
made up of
atoms and
molecules

10. When thermal
energy is
transformed,
heat is being
produced.

29. THANK
YOU!!!