weather 

& climate
T1W2 - Factors affecting temperature
by the end of the lesson,
I am able to…
1) Describe differences	

2) Suggest reasons why the temperature of two places

ar...
1) Refer to handout from
last week (pg 2)
!

Self Marking
!

a) Using the information from Figure 2,
describe how the absorption of solar
energy is distributed in June 2007.
!

a) Using the information from Figure 2,
describe how the absorption of solar
energy is distributed in June 2007.	

= ho...
Example: In a classroom…	

= Male Student

= Female Student
Example: In a classroom…	

= Male Student

Back

Front

= Female Student

Describe the distribution of the
students in the...
Example: In a classroom…	

= Male Student

Back

Front

= Female Student

Describe the distribution of the
students in the...
Example: In a classroom…	

= Male Student

Back

Describe the distribution of the
students in the class.
Most Male
Student...
Example: In a classroom…	

= Male Student

Back

= Female Student

Describe the distribution of the
students in the class....
Example: In a classroom…	

= Male Student

Back

Front

= Female Student

Describe the distribution of the
students in the...
Example: In a classroom…	

= Male Student

Back

= Female Student

Describe the distribution of the
students in the class....
Example: In a classroom…	

= Male Student

Back

= Female Student

Describe the distribution of the
students in the class....
Example: In a classroom…	

= Male Student

Back

= Female Student

Describe the distribution of the
students in the class....
Example: In a classroom…	

= Male Student

Back

= Female Student

Describe the distribution of the
students in the class....
Describe the distribution= how is it arranged.
=
What pattern is
formed?
What’s the general pattern?	

Generally, the clos...
!

Generally, the closer to /
further away from something,
the factor will….
The place with the highest
….is at…..…

The p...
!

Amount of solar
energy received
gets lesser and
lesser
Most of the
highest are
at tropics
of cancer
and
capricorn

Gene...
Lowest at
North
Pole

!

Amount of solar
energy received
gets lesser and
lesser
Most of the
highest are
at tropics
of canc...
Lowest at
North
Pole

!

Amount of solar
energy received
gets lesser and
lesser
Most of the
highest are
at tropics
of canc...
Lowest at
North
Pole

!

Most of the
highest are
at tropics
of cancer
and
capricorn

Generally, the nearer to the Tropics ...
Lowest at
North
Pole

!

Most of the
highest are
at tropics
of cancer
and
capricorn

Generally, the nearer to the Tropics ...
Lowest at
North
Pole

!

Most of the
highest are
at tropics
of cancer
and
capricorn

Generally, the nearer to the Tropics ...
Lowest at
North
Pole

!

Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of solar energ...
Lowest at
North
Pole

!

Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of solar energ...
Lowest at
North
Pole

!

Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of solar energ...
!

Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of solar energy
absorbed.
The area w...
Qns 4: Predict the temperature	


Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of so...
Qns 4: Predict the temperature	


Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of so...
Qns 4: Predict the temperature	


Generally, the nearer to the Tropics of Cancer and
Capricon, the higher the amount of so...
4)
!

32.5ºC
4)
!

32.5ºC

Singapore 	

(1.3ºN)
4)
!

Seoul 	

(37.5ºN)

32.5ºC

Singapore 	

(1.3ºN)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)

32.5ºC

Singapore 	

(1.3ºN)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)

32.5ºC

Singapore 	

(1.3ºN)

Bueno Aires	

(34.6ºS)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)

32.5ºC

Singapore 	

(1.3ºN)

Bueno Aires	

(34.6ºS)
Melbourne 	

(37.7ºS)
4)
!
4)
!

Singapore 	

(1.3ºN)
4)
!

Seoul 	

(37.5ºN)
Singapore 	

(1.3ºN)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)
Singapore 	

(1.3ºN)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)
Singapore 	

(1.3ºN)

Bueno Aires	

(34.6ºS)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)
Singapore 	

(1.3ºN)

Bueno Aires	

(34.6ºS)
Melbourne 	

(37.7ºS)
4)
!
Montreal 	

(45.5ºN)
Seoul 	

(37.5ºN)

32.5ºC

Singapore 	

(1.3ºN)

Bueno Aires	

(34.6ºS)
Melbourne 	

(37.7ºS)
4)

Able to estimate the rest now? (need not be
exact. Just show which is higher and lower)
!
Montreal 	

(45.5ºN)
Seoul 	...
ok so far?
If so, let’s move on
!

This is the distribution of the temperature of the world
Now we’ve learnt from the previous exercise…
Latitude determines the amount of solar energy received
If that is the case, why is it that places with the
same latitude can have different temperatures?
If that is the case, why is it that places with the
same latitude can have different temperatures?

•z

warmer

Cooler
If that is the case, why is it that places with the
same latitude can have different temperatures?

•z

warmer

Cooler
If that is the case, why is it that places with the
same latitude can have different temperatures?

warmer

•z

Cooler
If that is the case, why is it that places with the
same latitude can have different temperatures?

warmer

•z

Cooler
If that is the case, why is it that places with the
same latitude can have different temperatures?

warmer

•z

Cooler
So latitudes are not the only	

reasons why there are different 	

temperatures in this world.

other factors?
instructions
Consider the following scenarios	

Answer them in the Google Form	

at https://docs.google.com/forms/d/1ssP6c...
scenario A1
I heat up an empty metal cup and a
metal cup with water.
(ans qns on google form)
scenario A2

Ans qns on Google Form.
scenario A2
A
Ans qns on Google Form.
scenario A2
A
Ans qns on Google Form.

B
scenario B
I was on top of a mountain.

(ans qns on google form)
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T1 w2 factors affecting temperature

  1. 1. weather 
 & climate T1W2 - Factors affecting temperature
  2. 2. by the end of the lesson, I am able to… 1) Describe differences 2) Suggest reasons why the temperature of two places
 are different.
  3. 3. 1) Refer to handout from last week (pg 2) ! Self Marking
  4. 4. ! a) Using the information from Figure 2, describe how the absorption of solar energy is distributed in June 2007.
  5. 5. ! a) Using the information from Figure 2, describe how the absorption of solar energy is distributed in June 2007. = how is it arranged. What pattern is formed?
  6. 6. Example: In a classroom… = Male Student = Female Student
  7. 7. Example: In a classroom… = Male Student Back Front = Female Student Describe the distribution of the students in the class.
  8. 8. Example: In a classroom… = Male Student Back Front = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Most Female students are in front
  9. 9. Example: In a classroom… = Male Student Back Describe the distribution of the students in the class. Most Male Students are at The back Increasingly more female students / Less Male Students Front = Female Student Most Female students are in front
  10. 10. Example: In a classroom… = Male Student Back = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Generally, the closer to the front, the more the number of female students. Increasingly more female students / Less MAle STudents Front Most Female students are in front
  11. 11. Example: In a classroom… = Male Student Back Front = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Most Female students are in front Generally, the closer to the front, the more the number of female students.
  12. 12. Example: In a classroom… = Male Student Back = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Generally, the closer to the front, the more the number of female students. The place with the highest number of female students are in front. Front Most Female students are in front
  13. 13. Example: In a classroom… = Male Student Back = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Generally, the closer to the front, the more the number of female students. The place with the highest number of female students are in front. Front
  14. 14. Example: In a classroom… = Male Student Back = Female Student Describe the distribution of the students in the class. Most Male Students are at The back Generally, the closer to the front, the more the number of female students. The place with the highest number of female students are in front. Front The place with the least number of female students are at the back.
  15. 15. Example: In a classroom… = Male Student Back = Female Student Describe the distribution of the students in the class. Generally, the closer to the front, the more the number of female students. The place with the highest number of female students are in front. Front The place with the least number of female students are at the back.
  16. 16. Describe the distribution= how is it arranged. = What pattern is formed? What’s the general pattern? Generally, the closer to / further away from something, the factor will…. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  17. 17. ! Generally, the closer to / further away from something, the factor will…. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  18. 18. ! Amount of solar energy received gets lesser and lesser Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  19. 19. Lowest at North Pole ! Amount of solar energy received gets lesser and lesser Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  20. 20. Lowest at North Pole ! Amount of solar energy received gets lesser and lesser Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  21. 21. Lowest at North Pole ! Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  22. 22. Lowest at North Pole ! Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The place with the highest ….is at…..… The place with the lowest ….is at…..…
  23. 23. Lowest at North Pole ! Most of the highest are at tropics of cancer and capricorn Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The area with the highest amount of solar energy absorbed are at the Tropics of Cancer and Capricorn. The place with the lowest ….is at…..…
  24. 24. Lowest at North Pole ! Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The area with the highest amount of solar energy absorbed are at the Tropics of Cancer and Capricorn. The place with the lowest ….is at…..…
  25. 25. Lowest at North Pole ! Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The area with the highest amount of solar energy absorbed are located at the Tropics of Cancer and Capricorn. The place with the lowest ….is at…..…
  26. 26. Lowest at North Pole ! Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The area with the highest amount of solar energy absorbed are located at the Tropics of Cancer and Capricorn. The area with the lowest amount of solar energy absorbed are located at the North Pole.
  27. 27. ! Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. The area with the highest amount of solar energy absorbed are located at the Tropics of Cancer and Capricorn. The area with the lowest amount of solar energy absorbed are located at the North Pole.
  28. 28. Qns 4: Predict the temperature Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. We came to this conclusion just now.
  29. 29. Qns 4: Predict the temperature Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. We came to this conclusion just now. So between 2 locations, if one is closer to the Tropics, the other one is further, which one has a higher temperature?
  30. 30. Qns 4: Predict the temperature Generally, the nearer to the Tropics of Cancer and Capricon, the higher the amount of solar energy absorbed. We came to this conclusion just now. So between 2 locations, if one is closer to the Tropics, the other one is further, which one has a higher temperature? If we know the temperature of one, can we guess the temperature of another?
  31. 31. 4) ! 32.5ºC
  32. 32. 4) ! 32.5ºC Singapore (1.3ºN)
  33. 33. 4) ! Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN)
  34. 34. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN)
  35. 35. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN) Bueno Aires (34.6ºS)
  36. 36. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN) Bueno Aires (34.6ºS) Melbourne (37.7ºS)
  37. 37. 4) !
  38. 38. 4) ! Singapore (1.3ºN)
  39. 39. 4) ! Seoul (37.5ºN) Singapore (1.3ºN)
  40. 40. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) Singapore (1.3ºN)
  41. 41. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) Singapore (1.3ºN) Bueno Aires (34.6ºS)
  42. 42. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) Singapore (1.3ºN) Bueno Aires (34.6ºS) Melbourne (37.7ºS)
  43. 43. 4) ! Montreal (45.5ºN) Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN) Bueno Aires (34.6ºS) Melbourne (37.7ºS)
  44. 44. 4) Able to estimate the rest now? (need not be exact. Just show which is higher and lower) ! Montreal (45.5ºN) Seoul (37.5ºN) 32.5ºC Singapore (1.3ºN) Bueno Aires (34.6ºS) Melbourne (37.7ºS)
  45. 45. ok so far? If so, let’s move on
  46. 46. ! This is the distribution of the temperature of the world
  47. 47. Now we’ve learnt from the previous exercise… Latitude determines the amount of solar energy received
  48. 48. If that is the case, why is it that places with the same latitude can have different temperatures?
  49. 49. If that is the case, why is it that places with the same latitude can have different temperatures? •z warmer Cooler
  50. 50. If that is the case, why is it that places with the same latitude can have different temperatures? •z warmer Cooler
  51. 51. If that is the case, why is it that places with the same latitude can have different temperatures? warmer •z Cooler
  52. 52. If that is the case, why is it that places with the same latitude can have different temperatures? warmer •z Cooler
  53. 53. If that is the case, why is it that places with the same latitude can have different temperatures? warmer •z Cooler
  54. 54. So latitudes are not the only reasons why there are different temperatures in this world. other factors?
  55. 55. instructions Consider the following scenarios Answer them in the Google Form at https://docs.google.com/forms/d/1ssP6ctLzpMGC7Lj7NvhBBkDMImfmSSEbhSZQW03d0Y/viewform
  56. 56. scenario A1 I heat up an empty metal cup and a metal cup with water. (ans qns on google form)
  57. 57. scenario A2 Ans qns on Google Form.
  58. 58. scenario A2 A Ans qns on Google Form.
  59. 59. scenario A2 A Ans qns on Google Form. B
  60. 60. scenario B I was on top of a mountain. (ans qns on google form)

×