The experiment involved creating four different types of hammers using unconventional materials: gelatin, epoxy resin, cement, and sugar. The creator then tested each hammer's strength by attempting to hammer nails, break objects, and crush various items. The results showed that the cement hammer was the most durable, while the sugar hammer performed surprisingly well. The gelatin hammer was the weakest, and the epoxy resin hammer had mixed results. The experiment concluded with a final test, where the cement and sugar hammers were pitted against each other, and the cement hammer emerged as the strongest.
1. The experiment aims to create hammers from unconventional materials.
2. The materials used are gelatin, epoxy resin, cement, and sugar.
3. A regular hammer is used as a comparison to the experimental hammers.
4. A mold is created to shape the hammers.
5. The gelatin hammer is the first to be tested.
6. The epoxy resin hammer does not harden properly.
7. The cement hammer is expected to be the most durable.
8. A sugar hammer is also created by cooking sugar into a caramel-like state.
9. The hammers are tested by hammering nails into a surface.
10. The experiment is conducted over several days.
11. The hammers are then tested on various objects, including apples, energy drinks, and logs.
12. The final test involves hammering the hammers against a wall to determine which one is the strongest.
13. The cement hammer breaks apart during the final test.
14. The sugar hammer is the last one standing and is declared the strongest.