What is imagination. What wave lenght do they travel. mass and energy?
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Imagination were a three piece soul music band from the United Kingdom in the early 1980s, sometimes described as Britain's first black supergroup. They had chart hits in 28 countries, earning four platinum discs, nine gold discs and over a dozen silver discs between 1981 and 1983. \n\nI assume there music  travels at between 20-20000Hz as the limits of human hearing.
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The Imagination of Imagery
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From the point of view of Physics, an electromagnetic (EM) wave is a self propagating wave in space with electric and magnetic components. It carries energy and momentum which may be imparted when it interacts with matter. EM wave can be predicted by Maxwell's equations. \n\nFurther informations: http://en.wikipedia.org/wiki/Electromagnetic_wave
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Energy is defined as the ability to do work.  It is a measurment of how much you would be able to move an object through a specific distance.  It is measured in Joules.\n\nThere are various means of calculating the amount of energy stored in things.  For electromagnetic waves it gets a little complicated.  But suffice it to say that electromagnetic waves have energy stored in them.  You can do work with an electromagnetic field by seeing it's effect on a magnetic.  The bar of magnet moves, so energy is being expended....\n\nMass is defined as a measurement of how much matter an object contains.  It is measured in kilograms.\n\nWaves really are just a transmission of energy.  Sound wave, you move air particles and the energy travels through the air.  Electromagnetic Waves, you move a magnetic, and current is induced in a wire, or waves propagate through the air (movement transfered to EM waves).
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Roughly, light is like a wave you might see in the ocean except it's a bit different.  An ocean wave is energy in a mechanical form(in the form of motion here) that is travelling through water.  A light wave is energy travelling but in an electromagnetic field.  It's not quite right but you can think of it as an ocean wave travelling through an ocean of electromagnetic field instead of water as a rough approximation.\n\nJust like waves in water can be short or long, electromagnetic waves can also be short or long.  Why do you care? because you can see some electromagnetic waves that have a range of lengths (about 400 to 700 nanometers is the range).\n\nYour eye can tell the difference between shorter and longer waves and the experience in your brain is different based on the length.  How is it different? because the color you see is different.  Shorter wavelengths are violet and blue, longer ones are red and other colors are in between.\n\nThere's something else too.  What happens if you open your eyes are in a room with NO electromagnetic waves of any kind? you will see blackness.  Blackness is how your brain interprets the reception of no visible light on your eyes.  So when you see blackness it means that there is no visible light coming from that direction (there could be some that has a wavelength that is too short or long but your eye cannot see that).\n\nIt comes down to the fact that blackness is what you see in the absence of visible light so you can't make black light because blackness is not something associated with a type of light.  So if you want to say you can make black light then bring your friends into a room and tell them to look closely at a "special" bulb and then turn it off.
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Maybe this can help...all you have to do is a search in Yahoo or Google...\n\nhttp://www.think-energy.com/ThinkEnergy/11-14/activities/EnergyTrans.aspx\n\nTry searching for "energy" or "kinetic energy"
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Very realistic .....\n\nhttp://en.wikipedia.org/wiki/Freak_wave
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Kinetic energy.\n\nGreek kntikos, from kntos, moving, from knein, to move.
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Equivalence.\n\nPhysics had long treated many things of being of entirely different natures.  Matter was concrete.  Absolute.  It followed laws of motion and the like.  Energy, on the other hand, was ethereal, zinging around and through the matter.  It is not ridiculous that physicists had thought this way - this is much of our experience of the physical world.\n\nE=mc^2, however, suggests that this is just not so.\n\nLiterally, it states that matter -IS- energy.  And conversely that energy is matter.  There is no 'special' status for one or the other.  Baseballs have a wavelength like any chunk of energy, and energy must occur in packets like any chunk of mass.  While quite simple in its statement, it is pretty staggering in its implication.\n\nFor example, it is used to explain how stars run (fusion turns minute amounts of mass into energy), explain the expansion of the universe (free energy turns into particle pairs which exert an outward pressure on space itself), and why photons which have no rest mass, can nonetheless push things around with impact (their speed and energy GIVE them mass).\n\nIf you want to use the equation itself, make sure your units match up.  If you use kilograms for mass and measure the speed of light in metres per second, energy will be in joules.  Hope that helps!
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Wave motion is defined as the movement of a distortion of a material or medium, where the individual parts or elements of the material only move back-and-forth, up-and-down, or in a cyclical pattern.\n\nIt appears as if something is actually moving along the material, but in reality it is just the distortion moving, where one part influences the next.
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wind is the movement of air\njust like waves are the movement of water
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Energy is directly proportinal to the square of velocity as you know (Kinetic Energy)\nas far as the velocity of a wave is concerned it wavelength * frequency\nso it has to be either frequency or wavelength,the choice is left to you\nif u asked me i had rather choose to go with frequency
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In some sense, it could be made up of individual particles.  But if you break down the particles far enough, they start to take on properties of waves as well as particles.  But the question is, if they are waves, what is there to do the waving?\n\nIf we observe the particles very closely, we can determine their exact positions - but the more precisely we determine their positions, the less we know about their momentum!  We can only draw a graph to represent the probability of a given particle's momentum _if_ it happened to be at a particular position, and there does not seem to be any way to exactly predict what its position or momentum might be at any given point in time, without measuring it.\n\nSo it could be that matter does not exist at all, unless it is being measured, or observed.  Could it be that what matter is made up of is...mind?
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Matter is something which has weight and occupy space but energy is a medium which cause a matter to do work.
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Your mind and your imagination.
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1.  Physics trilogy: E=mc2, m=E/c2, c2=E/m.\n\n2.  All mass and energy forms are wave composites, having the value of "hf" as its basis.\n\n3.  Our physical composition is that of physical time, (c2=E/m) its duration being equal to the value of the chronon, or complete electron wave.  This value disallows travel to either ones own past or future.\n\n4.  If a premise is wrong, a right answer is wrong.\n\n5.  A person goes through life but one time.
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Mass is a property of some physical object that specifies the amount of matter and energy it contains. Be careful and don't confuse mass with weight -- an astronaut in orbit has no weight but his/her mass remains the same.