making molecular models worksheet

By making their own molecular models (like this carbon atom), students will learn about the angles and atoms that lead to specific molecular shapes. How I Designed This Using free BlocksCAD software, you can program your designs with a Scratch-like...

Here's a simple molecular modeling program written in OPENscad. It's a derivative of the OPENscad program in "Protein Models". It contains two modules, "atom" and "bond". A call to atom makes a sphere and a call to bond makes a cylinder. Atom...

These clips are designed to hold the models together with the bonds and are best printed as an array using a raft. ...Best printed at 95-98% of the original size to account for any shrinkage.

Molecular Sugar Models - Sucrose - Glucose - Fructose Sucrose C12 H22 O11 Glucose C6 H12 O6 Fructose C6 H12 O6 Print Settings Printer: Maker Select 3D Printer Rafts: Yes Supports: No

What better way so show your love for your favorite chemist than with a space-filling molecular model of a molecule that just happens to look like a lacy valentine! Just think, if you were to give your true love a single gram of phenanthrene, they...

Space-filling molecular models are valuable when you want to show that actual volume a molecule occupies, as opposed to its connectivity. Nowadays this is done mostly using computer graphics, but this doesn't give you something you can pass around...

Space-filling molecular models are valuable when you want to show that actual volume a molecule occupies, as opposed to its connectivity. Nowadays this is done mostly using computer graphics, but this doesn't give you something you can pass around...

What better way so show your love for your favorite chemist than with a space-filling molecular model of a molecule that just happens to look like a lacy valentine! Just think, if you were to give your true love a single gram of phenanthrene, they...

To make five-membered rings use Carbon5PH1 and Nitrogen5PH1 (there's a "5" on these to help tell them from the six-membered ones). Usually nitrogen can't bond to atoms outside the ring because generally all three bonds are taken up to make the ring...

To make five-membered rings use Carbon5PH1 and Nitrogen5PH1 (there's a "5" on these to help tell them from the six-membered ones). Usually nitrogen can't bond to atoms outside the ring because generally all three bonds are taken up to make the ring...

To make five-membered rings use Carbon5PH1 and Nitrogen5PH1 (there's a "5" on these to help tell them from the six-membered ones). Usually nitrogen can't bond to atoms outside the ring because generally all three bonds are taken up to make the ring...

On another note, space filling models are based on two measurements; the covalent radius, which is the distance between atoms. and the Van der Waals radius, which gives the diameter of the atom itself. The covalent radii can be calculated quite...

On another note, space filling models are based on two measurements; the covalent radius, which is the distance between atoms. and the Van der Waals radius, which gives the diameter of the atom itself. The covalent radii can be calculated quite...

You need to make: 10 Hydrogen1 in white (or another color of your choosing) 2 OxygenDB2 in red 3 Carbon6 in black 2 CarbonDB3 in black 1 Carbon5PH1 in black 1 Carbon56PH3 in black 2 NitrogenSP21 in blue 1 Nitrogen5PH1 in blue 1 Carbon5PH1 in blue...

You need to make: 10 Hydrogen1 in white (or another color of your choosing) 2 OxygenDB2 in red 3 Carbon6 in black 2 CarbonDB3 in black 1 Carbon5PH1 in black 1 Carbon56PH3 in black 2 NitrogenSP21 in blue 1 Nitrogen5PH1 in blue 1 Carbon5PH1 in blue...

"I thought one of the points of space-filling models was to tell when things get too close together." True, but they don't crowd other atoms that much, and atomic orbitals seem to be more compliant than ABS (it would be interesting to try using...

Nitrogen generally can make three bonds to other atoms, but it has one pair of electrons which do not take part in the bonds but which also have to take up space. The three bonds and the "lone pair" electrons generally take the form of a tetrahedron,...

"I thought one of the points of space-filling models was to tell when things get too close together." True, but they don't crowd other atoms that much, and atomic orbitals seem to be more compliant than ABS (it would be interesting to try using...

Nitrogen generally can make three bonds to other atoms, but it has one pair of electrons which do not take part in the bonds but which also have to take up space. The three bonds and the "lone pair" electrons generally take the form of a...

Modèles moléculaires destinés à compléter les boîtes élèves Jeulin : référence 702016. ... <b>Jamais imprimé, dans la mesure où l'établissement ne dispose pas d'imprimante 3D.</b>

This model was donated for the student, who were trying to learn Pro/Engineer and the file contain the 2D Image file and 3D Pro/Engineering file.

Molecular Model set designed and made for a friend taking O-Chem. Carbon has 4 available connections, Oxygen has 2 and Hydrogen 1. Oxygen Molecules are printed slightly larger then the carbon atoms (Molecular weight of 16 vs 12) and Hydrogen is the...

(I like the BORN color scheme better.) This is an add-on to allow creating alpha helices of proteins in combination with: https://www.thingiverse.com/thing:1720048 https://www.thingiverse.com/thing:1730299 After printing Harfigger's really awesome...

This model was donated for the student, who were trying to learn Pro/Engineer and the file contain the 2D Image file and 3D Pro/Engineering file.

This model was donated for the student, who were trying to learn Pro/Engineer and the file contain the 2D Image file and 3D Pro/Engineering file.

This model was donated for the student, who were trying to learn Pro/Engineer and the file contain the 2D Image file and 3D Pro/Engineering file.

This expansion set lets you make sulfur and phosphorous containing compounds, which along with the other expansion sets will give you will give you just about everything you need to make most biological molecules. Sulfur sits just below oxygen in...

This expansion set lets you make sulfur and phosphorous containing compounds, which along with the other expansion sets will give you will give you just about everything you need to make most biological molecules. Sulfur sits just below oxygen in...

I have included models for octahedral iron, tetrahedral copper and square planar platinum, but the truth is that most of the transition metals are about the same size, so you can use these models for pretty much any transition metal you like with the...

This is a molecular model of a bent molecule that has only three electron groups attached to the central molecule. ...Two copies need to be printed and glued together to make the model complete.