Geography Project by: Kung Xue En (15) Cheng Wan Li (06) Ryan Kang (22) Zachary Chu (08)

Geography Project

by: Kung Xue En (15) Cheng Wan Li (06)

Ryan Kang (22) Zachary Chu (08)

Content• Introduction• Locations and Descriptions• Data Collected• Analysis• Conclusion

IntroductionAim: To find out the factors affecting the difference in temperature.

Hypothesis: Concrete areas are hotter than non-concrete areas.

Locations and Descriptions• Location A: Top floor of Multi-storey Carpark

o Description: Day 1: Sunny, a little windy, no cover Day 2: Sunny, no wind, cloud cover

Location and Descriptions• Location B: Garden outside printing room

o Descriptions: Day 1: covered with plants, windy, no

cover Day 2: covered with plants, windy, no

cover

Location and Descriptions• Location C: Open

space between canteen and Block o Descriptions:

Day 1: shady, concrete, windy

Day 2: shady, concrete, no wind

Location and Descriptions• Location D: Terraces

o Descriptions: Day 1: very

windy, cloud cover, open

Day 2: very windy, cloud cover, quite sunny

Location and Descriptions• Location E: Field

o Descriptions: Day 1: grass

covered, cloud cover, windy, open

Day 2: grass covered, no cover, windy, open

Location and Descriptions• Location F: Running Track

o Descriptions: Day 1: rubbery, cloud cover, less wind,

open Day 2: rubbery, no cover, windy, open

Location and Descriptions• Location G: Fountain area outside General

Officeo Descriptions:

Day 1: windy, cloud cover, open Day 2: sunny, a little windy

Data Collection (Day 1)Sites Temperature (Degree Celsius)

15cm above ground 1.5m above ground

A (MSCP) 30.8 31.8

B (Garden) 32.4 31.6

C (Between Canteen & Block C )

34.0 32.5

D (Terraces) 31.0 29.7

E (Field) 30.7 31.1

F (Running Track) 32.2 30.8

G (Fountain) 31.3 31.5

Data Collection (Day 2)Sites Temperature (Degree Celsius)

15cm above ground 1.5m above ground

A (MSCP) 30.8 31.8

B (Garden) 32.4 31.6

C (Between Canteen & Block C )

34.0 32.5

D (Terraces) 31.0 29.7

E (Field) 30.7 31.1

F (Running Track) 32.2 30.8

G (Fountain) 31.3 31.5

AnalysisConcrete areas Non-Concrete

areasArea A (MSCP)-30.2 Area B

(Garden)-30.05Area C (Open Space)-30.9 Area E (Field)-30.1

Area D (Terraces)-29.7 Area F (Running

Area G (Fountain Area)-30.15 Track)-30.05

Average: 30.24 Average: 30.07

ConclusionDue to the fact that concrete is better conductor of heat compared to rubber and grass, concrete areas would be hotter than Non-Concrete areas.

Our hypothesis was accepted.