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Field Work 2O1 Group 01

Field Work 2O1 Group 01. Tony Tang, Denzel Chen, Tan Yan Wen Ong Chee Choon . We have collected data in different places in HCI, and included the factors around, like shade, cloud cover, and proximity to water. Summary.

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Field Work 2O1 Group 01

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  1. Field Work 2O1 Group 01 Tony Tang, Denzel Chen, Tan Yan Wen Ong Chee Choon.

  2. We have collected data in different places in HCI, and included the factors around, like shade, cloud cover, and proximity to water. Summary

  3. Our hypothesis is that concrete surfaces are generally hotter than non-concrete surfaces, since concrete absorbs heat around it. What’s our hypothesis?

  4. For Day 1, according to our data, the hottest area was the open space, followed by garden, MSCP, fountain, running track, field, and the coolest, the terraces. *The higher the ranking the cooler it is* Day 1 of field work

  5. For Day 2, our hottest area was the MSCP, followed by the open space, fountain, garden, running track, field, coolest, terraces. *The higher the ranking the cooler it is* Day 2 of field work

  6. Little Shade • Concrete • Consistently exposed to sun. • No vegetation • Breezy Description of Location A:MSCP

  7. Lots of vegetation, • Abundance of shade • Presence of Cloud Cover • Non-concrete surface • Slight Breeze Description of Location B:Garden

  8. Mostly exposed to the sunlight • No vegetation • Concrete surfaced • No presence of wind Description of Location COpen Space

  9. Lots of shade • Not much vegetation • Concrete surfaced • Windy Description of Location DTerraces

  10. Breezy • Presence of vegetation • Exposed to sunlight • Non-concrete surfaced • Cloud Cover Description of Location EField

  11. No signs of vegetation • Non-concrete surfaced • Breezy • Exposed to sun • Presence of Cloud cover Description of Location FRunning Track

  12. Exposed to sun • Proximity to water • Slight breeze • Some (not much) shade • No vegetation Description of Location GFountain

  13. Concrete surfaces MSCP, Open Space, Terraces, Fountain. test place: (Day1) Open Space (Day2) MSCP details

  14. Non-Concrete Surfaces Garden, Field, Running Track est place (Day1) Terraces (Day2) Terraces Details

  15. Our hypothesis can be accepted: It is proven that the hottest places in Day 1 and Day 2 are both concrete surfaced. However our hypothesis can be rejected: The coolest places are supposed to be non-concrete surfaces , yet the terraces (concrete surfaced) was the coolest for both days. ConclusionS

  16. We started recording the temperature when the reader have not finished recording. • Not the same exact area to record in the 2 days • Shade • Height to measure the temperature Possible Reasons for rejection of hypothesis:

  17. Mr. Lau: For guidance • Tony Tang: Overall creation of PPT • Denzel Chen: PPT Editor/Temperature Measurer • Yan Wen: Temperature Recorder • Chee Choon: Photographer Credits

  18. Thank You !!!!! ~THE END~

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