the way the helmet is made, like the styrofome in it, i believe that it absorbs the pressure wen you fall and hit your head so it doesnt hurt ur head as much
Energy is transferred when molecules bump into one another in a process called conduction. In this process, kinetic energy is transferred from a molecule with higher energy to a molecule with lower energy through direct contact.
Usually some of the energy is converted to heat, meaning it's wasted (for example in a lightbulb, the energy converted to heat is NOT converted to light). The details on HOW this happens really depend on the specific energy transformation. As an example, when there is an electric current, some of the moving electrons (or other charge carriers) bump into atoms; this takes away from the electron's kinetic energy (which is basically the electrical energy), and makes the atom move faster (heating the material up). In other energy transformations, the "how" may be quite different.
The energy transferred when molecules bump into one another is called kinetic energy. This transfer occurs during collisions between molecules, leading to changes in their motion and speed.
The energy that is transferred when molecules bump into each other is called conduction. Conduction is the transfer of heat energy between substances that are in direct contact with each other.
In a sound wave, particles in the medium vibrate and transfer energy by bumping into neighboring particles. The first particle to move in a sound wave does not reach the receptor; instead, it transfers its energy to adjacent particles, causing a chain reaction that ultimately reaches the receptor where it is converted into a sensation of sound.
Conduction transfers heat when objects are in contact. The particles of the hotter substance are moving fast. They bump into those of the colder one and transfer part of their energy.
Energy is transferred when molecules bump into one another in a process called conduction. In this process, kinetic energy is transferred from a molecule with higher energy to a molecule with lower energy through direct contact.
It IS CONDUCTION
Usually some of the energy is converted to heat, meaning it's wasted (for example in a lightbulb, the energy converted to heat is NOT converted to light). The details on HOW this happens really depend on the specific energy transformation. As an example, when there is an electric current, some of the moving electrons (or other charge carriers) bump into atoms; this takes away from the electron's kinetic energy (which is basically the electrical energy), and makes the atom move faster (heating the material up). In other energy transformations, the "how" may be quite different.
The molecules that bump into one another and cause energy are called reactants. When reactant molecules collide with enough energy, they can undergo a chemical reaction and transform into products. This collision energy is known as activation energy.
The energy transferred when molecules bump into one another is called kinetic energy. This transfer occurs during collisions between molecules, leading to changes in their motion and speed.
Conduction.
not convection
by the particles in the sea when they bump togheter they give power to the waves by the particles in the sea when they bump togheter they give power to the waves
The energy that is transferred when molecules bump into each other is called conduction. Conduction is the transfer of heat energy between substances that are in direct contact with each other.
They started wearing helmets when a guy got tackled and he got an injury so they decided to make an invention that protects your head from you getting hurt. It's made of hard steel so when you bump into somebody you don't get an injury. That's when they started making helmets......
In a sound wave, particles in the medium vibrate and transfer energy by bumping into neighboring particles. The first particle to move in a sound wave does not reach the receptor; instead, it transfers its energy to adjacent particles, causing a chain reaction that ultimately reaches the receptor where it is converted into a sensation of sound.