there are two types of energy used when on a trampoline and they are kinetic and gravitational
The trampoline was invented in 1934 by George Nissen and Larry Griswold in Iowa, USA. It was originally called a "bouncing rig" and was inspired by the safety nets used by circus performers.
Elastic energy is present in daily life through activities like stretching a rubber band, bouncing on a trampoline, or compressing a spring. It is stored in objects that can be deformed or compressed and released as kinetic energy when these objects return to their original shape. This energy transfer is used in various applications such as sports equipment, medical devices, and machinery.
The main force used in trampolines is the force of tension in the springs or bungee cords, which provide the rebounding effect. Additionally, the force of gravity plays a role in pulling objects towards the center of the trampoline, affecting the bouncing motion.
Two useful forms of energy that come from the sun are solar thermal energy, which is used to produce heat, and solar photovoltaic energy, which is used to generate electricity through solar panels.
Electricity can be converted into a variety of forms of energy, such as mechanical energy (used in electric motors), light energy (used in light bulbs), thermal energy (used in heaters), and chemical energy (used in batteries).
The trampoline was invented in 1934 by George Nissen and Larry Griswold in Iowa, USA. It was originally called a "bouncing rig" and was inspired by the safety nets used by circus performers.
kinetic or movement energy
A popular trampoline game for more than one person is "Bounce Battle," where players compete to bounce the farthest or perform certain tricks. Another fun option is "Trampoline Dodgeball," where teams throw soft balls at each other while bouncing on trampolines. Both games are interactive and engaging for multiple participants.
a trampoline
kinetic energy
Chemical
becaudsd
Elastic energy is present in daily life through activities like stretching a rubber band, bouncing on a trampoline, or compressing a spring. It is stored in objects that can be deformed or compressed and released as kinetic energy when these objects return to their original shape. This energy transfer is used in various applications such as sports equipment, medical devices, and machinery.
The year in which the first bouncing bomb was used was in 1943. The inventor of the bouncing bomb was the British engineer Barnes Wallis.
This is due to the elastic properties of the polymer that makes up the ball. As the ball hits the surface, it compresses under strain (but only to a certain point). The residual strength of the structure of the ball eventually overcomes the initial downward force to spring back to it normal shape. This causes the ball to rebound from the surface. It will not bounce as high as the start point as energy is lost into to sound and heat.
what were various forms of energy used to heat homes around 1900-1940.
it is converted into other forms of energy....