JAM Session: Film Canister Rockets
How do rockets travel into space? You may know that it takes fuel to simply get a rocket off the ground and that the rocket also needs to escape the Earth’s gravity to actually get out of our orbit…which requires a lot of fuel! Fuel can, and has been, made in different ways to generate the forces required to lift rockets. In this aero engineering-themed JAM, you will learn how fuel helps generate these forces—by launching a film canister. You will use two simple ingredients to make your fuel, change the ratios after each launch, and make observations about how the changes in fuel ingredients affects their distance traveled.
Class is at 10:15 am
May 17 & 22
How do rockets travel into space? You may know that it takes fuel to simply get a rocket off the ground and that the rocket also needs to escape the Earth’s gravity to actually get out of our orbit…which requires a lot of fuel! Fuel can, and has been, made in different ways to generate the forces required to lift rockets. In this aero engineering-themed JAM, you will learn how fuel helps generate these forces—by launching a film canister. You will use two simple ingredients to make your fuel, change the ratios after each launch, and make observations about how the changes in fuel ingredients affects their distance traveled.
Class is at 10:15 am
May 17 & 22
How do rockets travel into space? You may know that it takes fuel to simply get a rocket off the ground and that the rocket also needs to escape the Earth’s gravity to actually get out of our orbit…which requires a lot of fuel! Fuel can, and has been, made in different ways to generate the forces required to lift rockets. In this aero engineering-themed JAM, you will learn how fuel helps generate these forces—by launching a film canister. You will use two simple ingredients to make your fuel, change the ratios after each launch, and make observations about how the changes in fuel ingredients affects their distance traveled.
Class is at 10:15 am
May 17 & 22
