The materials listed don't seem to work unless you are blowing air through the straw and using the paper as a sail. Otherwise, you will need something like an elastic band to store energy.cdowney8 said:I am a high school senior and for physics class we are making cars out of paper, paper clips, straws, glue, and tape. The cars must have a propulsion system made out of those materials as well. I am struggling at figuring out a design that will go atleast 20 feet. Any ideas? help is greatly appreciated
To design a long-distance paper car with Lou-Vee-Air, you will need to follow these steps:
Lou-Vee-Air, also known as Bernoulli's principle, explains that when air moves faster, the pressure decreases. By blowing through the straw, you are creating a low-pressure area behind the car, which propels it forward. This allows the paper car to travel longer distances compared to just pushing it with your hand.
Yes, you can use any type of paper for your paper car, but for better results, it is recommended to use a thicker and sturdier paper. This will make the car more durable and able to withstand longer distances.
The distance a paper car can travel with Lou-Vee-Air depends on various factors such as the design of the car, the strength of the person blowing through the straw, and the surface it is traveling on. On average, a well-designed paper car can travel up to 10-15 feet with the help of Lou-Vee-Air.
Yes, you can experiment with different designs and modifications to see how they affect the distance the paper car can travel. For example, you can try making the car more aerodynamic by adding a pointed front or making the wheels larger. You can also try using different types of paper or adding weight to the car to see how it affects its performance.