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No problem at all. You can easily start a playground swing to swinging, or a car to
rolling, by pushing on it with your mass. You don't have to leave any of your mass
with it. You just transfer some energy to it by pushing its mass with your mass, and
then it keeps the energy and you keep your mass.
Even a better example . . . You use your mass to push a Ben Hogan super graphite and
kryptonite driver. You give it a lot of kinetic energy, and keep your mass. A half-second later,
the driver encounters a Golf ball and a swath of sod. It imparts a bunch of energy to
both of them, they both go sailing away, and the driver keeps its mass. The sod falls
to the ground a few feet away, but the golf ball keeps on sailing. After several more
seconds, the ball encounters a window on the second story of the clubhouse, which
shatters, scattering glass 50 feet in every direction. The club's Pro ... an amateur student
of Physics, looks up from his book, and realizes that the ball has transferred its kinetic
energy to hundreds of individual glass fragments, without losing a speck of its matter.
Where did all that energy come from ? Without going all the way back to the sun, it's
perfectly accurate to say that all the kinetic energy of interest came from your muscles,
even though you're still standing there on the tee with your Hogan in your hand ...
possibly too far away even to hear the crash and the tinkle, but you've certainly transferred
an impressive load of energy today, and you've done it all without transferring the slightest
speck of matter.
What else can I help you with?
A wave that doesn't require matter to transfer energy?
Electromagnetic waves
In optics the transfer of light energy to particles of matter is called?
In optics, the transfer of light energy to particles of matter is called absorption. This occurs when the photons of light are absorbed by the particles, resulting in an increase in the particles' energy level.
What is a vibration that passes through a substance without permanently changing the substance?
A wave is a vibration that passes through a substance without permanently changing the substance. Waves transfer energy without displacing matter permanently. Examples include sound waves and light waves.
How does atom transfer from one organism to another?
Energy and matter are transferred from one organism to another at the microscopic level.
How are energy and matter important to the survival of an organism?
Energy is needed for various biological processes like metabolism, growth, and reproduction, while matter is required to build and repair cells and tissues. Without energy, an organism wouldn't be able to carry out these processes, and without matter, an organism wouldn't be able to grow or repair itself. Both energy and matter are essential for the survival and functioning of an organism.
What is an example for waves transfer energy not matter?
An example of waves transferring energy without transferring matter is light waves. Light waves can travel through a vacuum in space and transfer energy from the source (such as the sun) to the Earth without transferring any physical particles.
Is thermal energy transferred without transfer of matter?
There are three ways to transfer heat energy (thermal energy); convection involves transferring matter, the other two methods (conduction, radiation) don't.
Waves are disturbances that transfer what from one point to another?
Waves are disturbances that transfer energy from one point to another without transferring matter.
What are disturbances in a material that transfer energy without changing matter?
Disturbances in a material that transfer energy without changing matter are called waves. Examples include sound waves, light waves, and seismic waves. These disturbances propagate through the material by transferring energy from one point to another.
Can the movement of matter occur without energy transfer?
No, the movement of matter requires energy transfer. Energy is needed to overcome any resistance to movement, such as friction or inertia. Without energy transfer, matter would remain stationary or at rest.
What is rhythmic movement that carries energy through matter or space?
A wave is a rhythmic movement that carries energy through matter or space. Waves can be found in various forms, such as sound waves, light waves, and ocean waves, and they transfer energy without transferring matter.
Is it possible at least theoretically to have a system which allows the transfer of matter but not energy?
Probably not, as all matter has an energy component associated with it, even when it is at apparent rest. For example, a 1kg rock at Earth's equator is really moving at about 40 000 km/day; and if we consider the motions of the Solar system, and of our Galaxy, then the energy of that apparently stationary rock is quite great.
A wave are disturbance in what?
A wave is a disturbance in a medium, transferring energy without transferring matter. It causes particles in the medium to move in a periodic or oscillating manner.
What is the form of thermal transfer that does not require matter?
Radiation is the form of thermal transfer that does not require matter. It occurs through electromagnetic waves, such as light or infrared radiation, traveling through space and transferring heat energy. This process can happen even in a vacuum where there is no physical medium for heat transfer.
What a disturbance that transfers energy from one place to another without transferring matter?
A wave is a disturbance that transfers energy from one place to another without transferring matter. Examples include light waves, sound waves, and water waves. Waves are characterized by their amplitude, wavelength, and frequency.
When transferring mechanical waves what do they not transfer?
Mechanical waves do not transfer matter; they transfer energy and momentum. This means that while the wave causes particles in the medium to oscillate, the particles themselves do not travel with the wave as it propagates.
Do waves have matter?
No, waves do not have matter. Waves are disturbances that propagate through a medium, transferring energy without transferring matter along the way. Examples of waves include light waves, sound waves, and water waves.
