PERJUMPAAN PERSATUAN STEM SESI PAGI DALAM TALIAN "PAPER AIRPLANE DESIGN CHALLENGE" by LAU SIAW CHING Moe

Paper Airplane Design Challenge

g94411839 — 2024-09-10 16:02:32 UTC

Students need to design and build paper airplanes with specific performance goals (e.g., longest flight time, farthest distance, most acrobatic). You must apply principles of aerodynamics, lift, and drag in your designs. After testing, present your designs and explain the physics behind your choices in a video.

PAPER AIRPLANE DESIGN CHALLENGE

g94411839 — 2024-09-10 16:12:34 UTC

Tonton video tentang prinsip "aerodynamics", kemudian bina satu "paper airplane" yang dapat terbang paling lama atau paling jauh atau paling akrobatik. Selepas mencuba, rekod satu video penerbangan anda sambil menerangkan rekacipta anda dan prinsip fizik yang digunakan dalam hasil projek anda. Hantar video anda di sini. Tugasan dalam bentuk video amat digalakkan.

Paper Plane

2024-09-11 06:52:32 UTC

By Ryan Ng Din Hin (4SK1)

Paper airplane

2024-09-11 07:39:48 UTC

Ghan Jing Xuan 3E

2024-09-11 08:05:23 UTC

Muhammad Imran Danish Bin MOHD EFFENDI 3 HARMONI

Paper airplane

2024-09-11 08:11:57 UTC

Cheong Wei Yuan 3C

Leong Hooi Mun 3D

2024-09-11 08:34:02 UTC

Paper planes fly by leveraging fundamental aerodynamic principles. When thrown, thrust propels the plane forward. The wings generate lift by creating a pressure difference between the upper and lower surfaces, which counteracts gravity and keeps the plane aloft. At the same time, drag opposes the forward motion, gradually slowing the plane. The interplay between thrust, lift, drag, and gravity determines the plane’s flight path, stability, and duration.

paper plane

2024-09-11 08:40:59 UTC

lee mun sam 3H

Yap Min Huey 3F

2024-09-11 08:42:35 UTC

Paper airplane

2024-09-11 12:53:38 UTC

Paper plane

2024-09-11 13:13:26 UTC

Choo Mun Yee 4ST2