Importance of Molecular Model Kits in Learning Organic Chemistry

Organic chemistry is one of the most feared science classes. Ask students who already completed their science curriculum which subject they find most challenging, chances are you’ll hear “orgo” or “ochem” most of the time. No surprise, as studying organic chemistry means dealing with a massive amount of information, consisting of nomenclature, symbols, theories, concepts, and other vocabularies. 

As such, ample preparation is needed, be it if you’re a student or a parent who has kids taking an organic chemistry class. Aside from finding the best textbooks, another tool can be used to facilitate understanding. Whether studying reactions or simulating molecular behavior, getting a molecular model kit can help you grasp information far easier. Read on below and discover more about the importance of molecular model kits in learning organic chemistry.

What are Molecular Model Kits?

Molecular model kits are physical representations of molecules and their processes. They include a set of parts resembling molecules and bonds, usually made of plastic, which can be used to create models and present valuable concepts about organic chemistry.

Importance of Using Molecular Model Kits

1. Molecular model kits allow students to visualize properly.

One primary reason students find organic chemistry difficult is because it’s also hard to visualize molecular structure in 3D space. Physical models help students picture concepts better, especially when discussing atomic structure, collision theory, molecular structure, and geometry. Through molecular model kits, it’s easier and faster to associate all bits of information as students have a physical basis of the subject being tackled.

2. Molecular model kits help everyone keep pace in terms of learning.

Though some students can quickly grasp information through writing and reading, some students are visual learners, which means they synthesize and internalize concepts better if the information is presented to them in graphic depictions. With that, they may lag in terms of learning, more significantly if the teaching strategies aren’t adjusted to their needs. With teachers using molecular models kits as a guide in their lessons, it allows each student to develop understanding at the same pace as the others.

3. Molecular model kits allow the students to engage in kinesthetic learning.

Aside from fostering better understanding, another perk of using molecular model kits is allowing the students to participate in kinesthetic learning. These kits involve manipulating and touching all the parts, using connectors, and building all molecules and ions. The hands-on experience is beneficial, as it also enables the students to experiment, learn from trial and error, and connect the gaps between practice and theories.

4. Molecular model kits provide a fun experience.

Traditional teaching and learning styles can be tedious at some point. Using molecular model kits in laboratory classes brings in the needed break. It encourages interaction among the students and with the teachers. All will undoubtedly enjoy building once intangible chemical molecules evolve into tangible ones. It can cultivate a positive outlook and interest in the subject with fun around, which then allows better recall value and deeper learning.

Final Words

Not all schools and teachers require purchasing a molecular model kit. Yet, you don’t need to wait for it to be listed as a requirement. Go ahead and as it’s one of the best decisions you can make, whether you’re a student or parent, as it will make organic chemistry, orgo, o-chem, or whatever you may call it, a lot easier to learn.