The hypothesis is that as the inclination of the hill increases, a cyclist will be slower than a runner.

You will choose 10 amateur cyclists and 10 amateur runners to take part in the experiment. You will also choose four hills with different inclines and measure the inclines with an inclinometer. The distance of each course is 50 meters and you will mark the starting and finish lines with white chalk. The time taken by the 10 participants at each course will be measured with a stopwatch and the average time will be recorded.

You will need 10 amateur cyclists, 10 amateur runners, 1 bicycle, 1 inclinometer, 1 flat road, 4 hill roads at different inclinations, 1 stopwatch, 1 box of white chalk, a 100m long measurement tape, and an assistant.

The results showed that at the slope of 30°, the runners and the cyclists were at almost the same speed. The cyclists were faster at slopes below 30° gradient but the runners were faster at slopes above 30°.

This science project is interesting because it shows how different inclines can affect the speed of cyclists and runners. It also shows how experience and training can help cyclists climb hills quickly and efficiently.

Try repeating the experiment using a mountain bicycle. You can also repeat the experiment with a 2km or 5km hill course with cyclists and long distance runners.

Hey there! Here are some awesome videos about this science project that we think you'll really like. They're not only super fun, but they'll also help you learn more about the science behind the project. So sit back, relax, and get ready to have some fun!!