23S08

2023 T2W3

Physics HBL Day

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Group 1

• Team members:
• 1. Yi Fan
• 2. Marcus
• 3.

Group 1

Group 1

Generally angular velocity shares a direct relationship with acceleration. where acceleration increased, angular velocity creased. both are not linearly related though.

Group 2

• Team members:
• 1. Jing Yan
• 2. Lucius
• 3.

Group 2

Group 3

• Team members:
• 1. Samir
• 2. Dhinesh
• 3.

Group 3

• Feel free to do up the slide and add more slides if required.

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Acceleration is directly proportional to angular

velocity

Group 4

• Team members:
• 1. Stephanie Yip
• 2. Krithiga
• 3.

Group 4

• upright infinity shape
• the angular velocity to the acceleration is not linearly related and both are generally high.

The angular velocity to the acceleration is not linearly related. Adding to that, both the angular velocity and the acceleration are quite high.

Group 4

Group 5

• Team members:
• 1.veysh
• 2.phoebe
• 3.allison

Group 5

• Feel free to do up the slide and add more slides if required.

Generally as acceleration increased, angular velocity increased

Group 6

• Team members:
• 1. Jing Wei
• 2. Jing Xuan
• 3.

Group 6

• Feel free to do up the slide and add more slides if required.

Group 7

• Team members:
• 1.Ellery
• 2.Shan Qing
• 3.

Group 7

Generally, as angular velocity increase, the acceleration increases

Group 8

• Team members:
• 1.
• 2.
• 3.

Group 8

• Feel free to do up the slide and add more slides if required.

Group 9

• Team members:
• 1.
• 2.
• 3.

Group 9

• Feel free to do up the slide and add more slides if required.

Group 10

• Team members:
• 1.
• 2.
• 3.

Group 10

• Feel free to do up the slide and add more slides if required.