ballons
a fan
wind
baking soda
An everyday event of Newtons second law is riding on a scooter. When you ride on a scooter, and you make your self go, but just let it go, the more mass that you have on the scooter, the greater distance it will go
No, you typically do not have to push yourself on an electric razor scooter. These scooters are powered by an electric motor, allowing you to accelerate and maintain speed without manual effort. You simply use the throttle to control your speed, and the scooter will propel you forward. However, you may need to kick off initially to start moving, depending on the model.
what kind of scooter is it?
no
To propel a projectile.
when he was young he use to "scoot' around all the time so his grandmother gave him the nickname scooter
To convert pounds to newtons, you can use the conversion factor of 1 pound equal to 4.448 newtons. Therefore, 180 pounds is equal to 802.56 newtons (180 pounds * 4.448 newtons/pound).
In the larger categories, this is kinetic energy. If you mean in terms of fuel source, then that depends on whether it is battery powered or has an engine. It is has an engine, it burns petrochemicals to produce energy in the form of combustion and motion. If it has batteries and motors, then it is energy produced by converting chemicals to electricity, electricity to magnetism, and magnetism to motion.
To make a mousetrap Newton scooter, secure a mousetrap to a small wooden chassis. Attach two wheels to the chassis and wind up the mousetrap. When released, the mousetrap's kinetic energy will propel the scooter forward.
An electric scooter operates using an electric motor powered by a rechargeable battery. When the rider accelerates, the motor draws energy from the battery to propel the scooter forward. The rider can control speed through a throttle, while braking is typically managed by electric brakes or a mechanical brake system. Additionally, the scooter may feature a regenerative braking system, which captures energy during braking to recharge the battery.
flagellum. (:
flagelium