E= in the equation stands for energy , M= stands for mass, and C= stands for the speed of light. ... C equals the speed of light (186,000 miles per second). ... It rolls along at great speed. ... As it approaches the speed of light, its mass will be enormous. ... You simply cannot shoot them near the speed of light! ...
This emission of light is fascinating because the energy required to produce the light suggests that the temperature inside the bubble exceeds 10,000 Celcius. ... So long as the amplitude of the sound wave remains stable, the bubble will continue to emit light. ... Rather than heat creating the light, Prosperetti believes that the speed of the stream of water forced from the bubble by the sound wave causes the bubble to crack, much like a solid. Because the water may move at speeds in excess of 4000 miles per hour, the cracking of the bubble produces sufficient energy to emit light. ... ...
Black holes have such intense gravity nothing, even at the speed of light, can escape. ... Objects are pulled toward the event horizon at a correspondingly high speed; and, en route, they may collide and shatter. ... Because the objects are moving at close to the speed of light, the kinetic energy available for transformation into heat is comparable to the energy inherent to their mass at rest. ... Gravity only affects the speed of light by slowing time in a region through which light may have passed, and that gravity stretches the waves of light and bends their path, making it possible for st...
Antimatter is the opposite of matter, yet it is identical to ordinary matter in nearly every way. The only aspect that differs the two is charge. Antiparticles always have the opposite charge as their corresponding particle. Paul A. M. Dirac, a physicist, formulated a theory before antimatter was di...
Next, ATP plus a base and also GTP (both observed in only one group) produced a tiny amount of light, and NADH, ATP plus an acid, and plain lantern producing no light. ... These are components of a firefly's abdomen that make it light up. ... Materials and Methods Although all materials needed for this experiment could be obtained at any time, speed was of the essence. ... We then observed the light energy that was released on a scale of 0-5. Zero being no light was omitted and five being the most light omitted. ...
Also according to the theory of relativity, nothing can travel faster than the speed of light but most compact objects imaginable are predicted by General Relativity to have such strong gravitational force that nothing can escape them- not even light. For this reason, it is called a black hole; light, as a result disappears from the visible universe. John Mitchell, an English geologist, had written a paper in 1783 about the extraordinary strength of gravity- so strong that light could not escape it. ...
On these panels are light sensitive photo-voltaic cells. When light strikes the cells, the electrons are excited and the light energy is able to be converted into electricity. ... Weighing around 600 pounds a solar powered car can travel the same speeds as regular cars, but five times more efficient. ... The fusion of the atoms would form helium molecules, and produce energy in the form of heat and light. ... We use energy everyday, whether it is to turn on a light, or to drive to school, but the energy we use causes lots of global environmental issues like global warming and pollution. ...
Enzymes control the speed in which reactions take place and without them, organisms such as humans would cease to exist (Biology 12, pg.50) Every single molecule in existence has some energy and that energy can be classified as kinetic or potential energy. ... Enzymes are used as catalysts to lower the amount of activation energy and speed up the rates of reactions which is shown in the work "Activation Energy: Kick starting Chemical Reactions" by Vance Kite. ... Once the enzyme binds to the substrate, the enzyme will act as a catalyst, speed up the reaction and release the produc...
Although good eating habits can't substitute for physical training and genetic endowment, proper diet choices are crucial to top-notch performance, contributing to endurance and helping speed the repair of injured tissues (Gordon, M., 2002, p.562). ... Fitness Components Important Very Important Cardiorespiratory Fitness • Muscular Endurance • Strength • Power • Speed (and agility) • Flexibility • Table 1: Fitness components for soccer Physiologist ...
The kinetic energy [K.E = ½ mv ] depends on the mass of the object and its speed. ... The falling motion of the bob is accompanied by an increase in speed. As the bob loses height and PE, it gains speed and KE. As the speed is increased, and the bob moves from Q to X, the total energy exhibited at X will be at its maximum. Alternatively if the speed is decreased, and the bob moves from X to Q, the total kinetic energy exhibited will be zero. ...
A smart food selection for athletes is necessary for obtaining all the essential nutrients, at the correct amounts and times. For an athlete, a fast food diet, although filling, is not good for them. Eating greasy foods, such as McDonalds does not benefit an athlete's need of staying lean and main...
