atmosphere

1. ELICIT

2. LONGITUDE
1. IMAGINARY VERTICAL
LINES IN THE GLOBE

3. LATITUDE
2. IMAGINARY
HORIZONTAL LINES IN THE
GLOBE

4. PRIME MERIDIAN
3. STARTING POINT OF
LONGITUDE AND IT
DIVIDES THE GLOBE
VERTICALLY

5. EQUATOR
4. STARTING POINT OF
LATITUDE AND IT DIVIDES
THE GLOBE HORIZONTALLY

6. ENGAGE

7. VIDEO PRESENTATION

8. WHAT IS THE VIDEO ALL
ABOUT?
WRITE IT ON A META STRIPS AND POST IT ON THE
BOARD
(3 MINUTES)

10. WHAT DO YOU
THINK IS OUR
OBJECTIVE FOR
TODAY?

11. DISCUSS HOW ENERGY
FROM THE SUN INTERACTS
WITH THE LAYERS OF THE
ATMOSPHERE; S7ES-IVD5

12. EXPLOR
E

13. ACTIVITY 1
WHAT IS THE BASIS FOR DIVIDING THE
EARTH’S ATMOSPHERE INTO LAYERS?

14. EXPLAIN

15. Q1. WHAT ARE THE FIVE LAYERS? ESTIMATE
THE HEIGHT OF EACH LAYER
Layers Height
troposphere 10 km
stratosphere 20km
mesosphere 50 km
thermosphere 90 km
exosphere 500km

16. Q2. DESCRIBE THE GRAPH FOR EACH LAYER
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

17. Q3. IN WHICH LAYER IS TEMPERATURE
INCREASING WITH INCREASING ALTITUDE?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

18. Q4. IN WHICH LAYER IS TEMPERATURE
DECREASING WITH INCREASING ALTITUDE?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

19. Q5. WHAT IS THE RELATIONSHIP BETWEEN
TEMPERATURE AND HEIGHT IN THE -
TROPOSPHERE? - STRATOSPHERE? - MESOSPHERE?
- THERMOSPHERE? - EXOSPHERE?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

20. Q6. OBSERVE THE WHOLE GRAPH. WHAT IS
THE BASIS FOR THE DIVISION OF EARTH’S
ATMOSPHERE?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

21. Q7. FROM THE GRAPH, CAN YOU GENERALIZE
THAT THE HIGHER THE LAYER OF THE
ATMOSPHERE (THAT IS CLOSER TO THE SUN), THE
HOTTER THE TEMPERATURE? WHY OR WHY NOT?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

22. Q7. FROM THE GRAPH, CAN YOU GENERALIZE
THAT THE HIGHER THE LAYER OF THE
ATMOSPHERE (THAT IS CLOSER TO THE SUN), THE
HOTTER THE TEMPERATURE? WHY OR WHY NOT?
Layers Height temperatur
e
troposphe
re
increases decreases
stratosphe
re
20km-50
km
increases
mesosphe
re
50 km decreases
thermosph
ere
90 km increases

23. ACTIVITY 2
Layers Features

24. ELABORA
TE

25. BY THE USED OF A
GRAPHIC ORGANIZER
WRITE DOWN YOUR
LEARNINGS FOR THE DAY
?

26. EVALUATI
ON

27. DIRECTION:
DISCUSS HOW ENERGY FROM THE SUN
INTERACTS WITH THE LAYERS OF THE
ATMOSPHERE BY CHOOSING THE LETTER OF
THE CORRECT ANSWER.

28. 1. IN WHICH LAYER DO VIRTUALLY
ALL WEATHER PHENOMENA TAKE
PLACE?
A. EXOSPHERE
B. MESOSPHERE
C. STRATOSPHERE
D. TROPOSPHERE

29. 2. WHAT LAYER OF THE
ATMOSPHERE MERGES TO THE
OUTER SPACE?
A. EXOSPHERE
B. MESOSPHERE
C. THERMOSPHERE
D. TROPOSPHERE

30. 3. IN WHAT LAYER OF THE
ATMOSPHERE AURORA BOREALIS
CAN BE FOUND?
A. MESOSPHERE
B. TRATOSPHERE
C. THERMOSPHERE
D. TROPOSPHERE

31. 4. WHAT LAYER OF THE
ATMOSPHERE PROTECTS US BY
BURNING UP MOST METEORS?
A. MESOSPHERE
B. STRATOSPHERE
C. THERMOSPHERE
D. TROPOSPHERE

32. 5. IN WHICH LAYER OF THE
ATMOSPHERE CAN WE FIND THE
OZONE LAYER?
A. EXOSPHERE
B. MESOSPHERE
C. STRATOSPHERE
D. TROPOSPHERE

33. EXTEND

34. WITH YOUR GROUP GO
MAKE AN ILLUSTRATION
OF LAYERS OF THE
ATMOSPHERE