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カテゴリー全て - angles - hydrocarbons - bonds - geometry

によって Alessandra Belvedere 8年前.

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Aliphatic Hydrocarbons

The structure and bonding of various hydrocarbons can be understood through their geometries and types of bonds. Alkanes, alkenes, and alkynes each have distinctive bonding configurations.

R-formula and Trigonometry(Sean Group)

Sean Leowにより

R-formula and Trigonometry

Ryan Tanにより

Nucleic Acids

Nicholas Moranoにより

Vector graphics terminology

JUAN MUNOZにより

Linear geometry 180° angle bond

Aliphatic Hydrocarbons

The structure and bonding of various hydrocarbons can be understood through their geometries and types of bonds. Alkanes, alkenes, and alkynes each have distinctive bonding configurations.

R-formula and Trigonometry(Sean Group)

R-formula and Trigonometry

Nucleic Acids

Vector graphics terminology

Linear geometry 180° angle bond

Planar geometry 120° angle bond

Tetraedral geometry 109,5°

Aliphatic Hydrocarbons

Alkynes

2 pi bonds

2 sigma bonds

sp

Alkenes

1 pi bond

3 sigma bonds

sp2

Alkanes

sp3

4 sigma bonds

Mindomo

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よく寄せられる質問

Aliphatic Hydrocarbons

The structure and bonding of various hydrocarbons can be understood through their geometries and types of bonds. Alkanes, alkenes, and alkynes each have distinctive bonding configurations.

R-formula and Trigonometry(Sean Group)

R-formula and Trigonometry

Nucleic Acids

Vector graphics terminology

Linear geometry 180° angle bond

Planar geometry 120° angle bond

Tetraedral geometry 109,5°

Aliphatic Hydrocarbons

Alkynes

2 pi bonds

2 sigma bonds

sp

Alkenes

1 pi bond

3 sigma bonds

sp2

Alkanes

sp3

4 sigma bonds

Mindomoについて話す

Mindomo

詳細情報

よく寄せられる質問