Does Temperature Affect The Strength Of Gorilla Glue?

Data Analysis Does temperature affect the strength of Gorilla Glue? If two pieces of wood are glued together at a 90° angle and one is put in the freezer,one at room temperature, and one heated, then the glued wood from the freezer will be stronger. The independent variable was the temperature. The dependent variable was the strength of the glue. Some constant variables were the amount of glue, the type of glue, and the type of wood used. The experimental group was the temperatures. The control group was the wood glued at room temperature. To conduct the experiment, one would need to glue the wood together at 90° angles. Then, the wood will need to be placed in the different temperature climates. After waiting for two hours and 30 minutes, the wooden figures will be needed to be taken out. Get the weights and start placing them on the wood right at the joint of them. Record your data so that tables and graphs can be made. In the experiment, there was a total of
The results of the trials make sense because although heat dry’s stuff very quickly and efficiently, the glue was made to stay at room temperature. It would be logical that the heated wood was not as strong as the room temperature wood because the glue sort of melted and then hardened. It also makes sense that the frozen wood was not the strongest like thought in the hypothesis because the cold air most likely preserved the glue holding it in a state that it stayed wet but dried very slowly. Another theory for why room temperature worked the best is because the temperature was not hot, nor cold. The temperature for the room temperature was just warm stabilizing at 27.78 ℃. What can be learned from this data is that leaving glue in its natural state works best. Also, that sometimes it is just best to let things work how they were made to