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極性分子擴增實境是為了讓學生了解水分子與水分子、甲醛之間氫氧產生鍵結的結果。了解氫鍵可以與哪些分子產生鍵結,哪些不可產生鍵結。希望透過擴增實境的方式,學生可以對極性分子的鍵結有更近一步的瞭解。

Polar Molecule AR

by MeiHung Chiu

What is it about?

極性分子擴增實境是為了讓學生了解水分子與水分子、甲醛之間氫氧產生鍵結的結果。了解氫鍵可以與哪些分子產生鍵結,哪些不可產生鍵結。希望透過擴增實境的方式,學生可以對極性分子的鍵結有更近一步的瞭解。

App Details

Version
1.1
Rating
NA
Size
103Mb
Genre
Education
Last updated
May 23, 2019
Release date
February 25, 2019
More info

App Screenshots

App Store Description

極性分子擴增實境是為了讓學生了解水分子與水分子、甲醛之間氫氧產生鍵結的結果。了解氫鍵可以與哪些分子產生鍵結,哪些不可產生鍵結。希望透過擴增實境的方式,學生可以對極性分子的鍵結有更近一步的瞭解。

APP操作:
1. 準備APP對應之圖卡(如產品介紹最後兩張圖或是APP內部的連結),左上角有標記黑色圈圈的水分子H2O,是可以與其他分子產生鍵結的圖卡。
2. 開啟本APP將相機畫面對準圖卡後,即會出現圖卡所對應的分子3D模型。
3. 將兩張圖卡靠近至一定距離時,可以觀察兩分子間,是否可以產生氫鍵。

Note:
1. This AR app needs image targets to show the 3d model, you can find these in app.
2. If camera captures specify target, the 3d molecule will be display.
3. You can try to move another target closed to H2O target and observe the H bond appearance.

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