Organic chemistry: encouraging problem solving, not goal scoring

An image illustrating a common mistake while writing the transesterification reaction mechanism

Source: Andreea Otilia Suiu / Royal Society of Chemistry

How less really is more when it comes to learning

When it comes to ‘learning’ organic chemistry, students often resort to rote memorisation instead of developing an understanding of the underlying chemistry. This isn’t entirely unexpected but unfortunately, it’s precisely this way of thinking that contributes to the challenge. When students are asked why they are proposing a particular mechanistic step, they often reply: ‘it gets me to the product.’ This means-end-analysis does allow problem solvers to reduce the gap between initial and goal states (ie reactants and products). This research discusses whether this approach prevents the use of other problem-solving strategies.

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