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World Top Bike Company

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Bicycles and bicycles have been systematically expanded in recent years, and certainly in developing countries like India and China, with the rest of the world. It offers the fastest and cheapest way of transport for one person and a variety of alternatives according to the wishes of the customers.

The best cycling organizations have brands like Honda Motor Company, Harley-Davidson, Yamaha and Hero Motocorp. Bajaj Auto, Kawasaki, BMW Motorcycles, TVS Bikes are other brands of bicycles with Piaggio and Royal Enfield that complete the ten major bouts. Here is a summary of the top 10 bike companies on the planet 2016 in terms of sales, net income, and a number of units sold.

1. Honda

The Honda Motor Company was founded in 1946 in Hamamatsu, Japan, by Soichiro Honda and is today the largest bicycle manufacturer in the world. He has bikes for different riding styles and the most common styles include CBR, his sports bike, his touring frames that include Shadow. Cruise and its golden wing line. Honda also produces mountain bikes and its CRF motocross is the preferred choice of some SX and MX riders. Their latest bikes, such as the CBR 500 and Grom 125, were common among new and experienced riders as they enhanced African looks that did not match the company’s exhaustive looks. In addition to cruises, Honda also manufactures ATVs, SxS, and bicycles.

Honda took first place when it came out with Super Cub in 1958 and is now known for its CBR, Gold Wing, and CRF models. He was honestly celebrated for two things: technology and its rich history. Honda has won his Underlying Grand Prix with Mike Hailwood and has won several titles, including acclaimed runners Valentino Rossi and Mick Doohan. In addition, Honda is present in more than 160 countries around the world. It also produces vehicles with the latest internal combustion engines. Honda’s ground bikes are controlled by their four-stroke motocross. Jeremy McGrath was also Honda in his original vocation and was an effective driver while he was at Honda. In addition, Honda has modern bicycles that are known for the attention and performance of a customer. Honda is known for its advancement and is constantly demonstrating its expeditions in the Auto Expo in better locations.

2. Harley Davidson

It is an American bicycle manufacturer known for creating animated and huge bikes that have a special magnetism. They make cruiser bikes and are known for their famous logo, and it’s a unique offering that unites people from all over the world in an energetic and authentic way.

It has a wide range of bikes that can be classified as one of the six classes Street, V-Pole, Dyna, Sportster, Touring, and Softtail, which are described by their engine, board, suspension and various attributes. Harley also offers stocks that include coats, tops, t-shirts, cruises and even occasions from time to time. Haley is one of the most heavily punished brands on the planet, which ignites the fire in the psyche of individuals throughout the city. With the three new classifications for S-Arrangement, CVO and TRIKE they have expanded their portfolio and will lead the roads safely in the coming years.

3. Yamaha

Yamaha is the organization that produces a wide range of bicycles, from racing bikes to off-road bikes. He began as a piano organizer, and after the Second World War, he was a mentor to another Yamaha department that made bicycles. The first Yamaha cruise was a two-stroke and a 125cc camera, the YA-1, which became a success with the best title on the mountain. Fuji climb race and all Japan Autobike Endurance Roadrace. He also scored in general with YA-1, where she placed sixth in the summary.

Yamaha was a leading player in the race through history and has a strong competition with real contenders such as Honda and other Japanese bicycle manufacturers. Yamaha had internal and external engine training and in this way, powered 650cc x in 1970 with two-stroke innovation and S-1, the main cruiser that contained a four-stroke engine. YZF R1 was one of the best-known models of the decade. Apart from the engines, Yamaha also focuses on the plan and its headlights resemble the eyes of sharp animals, which is the hallmark of most bicycles. Yamaha is the winner of many World Superbike and Moto GP clashes with many famous runners.

4. Hero MotoCorp

Legend MotoCorp, formerly known as Hero Honda, is an Indian manufacturer of bicycles and bicycles with a central command in New Delhi. The range includes bicycles like Karizma and Xtreme (Sports Department) as well as Splendor, Deluxe, Dawn, Passion, and Glamor, which are the most wanted bikes in the 125cc Workers’ Fragment. Saint bikes are known for their lightness and energy efficiency, which is why they are the most appreciated.

In most cases, he gets his innovations from the creators of Japanese cruisers and uses them for his motorcycles. The hero is also good at shining on world markets and having his essence in more than 25 nations. The organization is also celebrated for the promotion and realization of the most notable tune, Hum me hai Hero, which has been an unbelievable success and has also strengthened the brand. Saint MotoCorp is also known for its CSR activities and, with its CSR activities, is one of the top 100 CSR pioneers.

5. Bajaj car

Bajaj Auto, an Indian bicycle manufacturer, began its journey in 1945 under the name of Bachraj Trading Corporation Private Limited, bringing two and three imported wheels to India. Under the responsible administration of Mr. Rahul Bajaj, Bajaj Auto Ltd has shown its information on cruises and other vehicles. In more than 50 countries, proximity is noticeable in Asia, Africa, and Latin America. Bajaj Auto is involved in KTM Power Sports AG (a holding of KTM Sports Bikes AG) and is responsible for transportation in India and some Southeast Asian countries. KTM is known for delivering 4×4 bikes that also have a monstrous prominence.

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Toughness of theory of relativity part-4

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Can the velocity of light be changed? The short answer according to the above-mentioned experiment is-no. The speed of light is completely immutable. The velocity of anybody can be artificially reduced or enhanced, except for the velocity of light and sound. For information, let us know that the speed of light is much faster than the rotating velocity of our earth (about 32 km / s). Its velocity is about 300,000 kilometers / km

Special theory of relativity

What Einstein taught in physics in Zurich was based on Newton’s old rules and principles. When Einstein was about 16 years old, he experienced that some incidents were not favorable to the Newtonian rules, but still, he did not oppose it theoretically at that time. But in the 1905 paper, he expressed his views. The name of that important research paper was ‘On the Electrodynamics of moving bodies explained.’

The special theory of relativity is based on two hypotheses (Postulates). First Meditation: Our daily experience shows us that the speed of things in a straight and uniform velocity vehicle is not very different from the speed of the goods in the stopped car. If I throw a ball in a steady vehicle, the ball will fall straight into my hands and the ball thrown in the moving vehicle will also come back in my hands. If we do not pay attention to technical hiccups, then everything in a moving vehicle with the same speed varies like that in a steady vehicle.

In this way, we can conclude that the movement of objects in all laboratories, which are relative to each other, follow the same laws of physics. It is also called the relativity of motion. But the interesting fact is that the first hypothesis of special relativity was not discovered by Einstein but by Galileo Galilei.

Second hypothesis:

Under this hypothesis, Einstein believed that the speed of light is always constant and that the speed of the source or observation has no effect on it. As the obvious conclusion of the first hypothesis is that the values ​​of velocities vary for different laboratories moving relative to each other. But the velocity of light remains the same for different laboratories on the other side. That is why it is not relative, but it proves to be absolute. This hypothesis was also recognized in physics after the experiments of Mikeson-Morley. So what did Einstein give the new ideas in these old ways? Indeed, Einstein presented these hypotheses in a joint form, not as a different rule of physics.

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Toughness of theory of relativity part-3

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Suppose the above device was planted in a position that side AB is parallel to the velocity v of the earth at that time. Let’s also assume that the speed of light in ether is C. According to Newton’s theories or ancient theory, the velocity of light relative to the device along with AB is forward-to-C and is C + V after reflection. The speed of light along with the AC (square root) C is square-V square. If the length of AB and AC is the same, the time it takes to move light-radiated from A to B and the length of time going from A to C and coming back to A will be different.

In the experiment, the entropy meter was kept in such a way that AB was parallel to the velocity of the Earth and the conditions of the striking stripes were noted from the telescope. Then the device was rotated at an angle of 90 degrees so that AC became parallel to the velocity of the earth and AB is perpendicular to it. We know that the time spent on traveling between two light-radiates was different, so there should be a difference in the location of the intermediate stripes. Still, despite the frequent use of the transit, the transit was not found. This experiment was done in different places and in different seasons yet the transit was not found. Therefore, no evidence of any kind of speed, deviation, flutter etc. could not be found on passing through the ether.

This experiment concluded that the earth is either stagnant? Or the ethereal theory is wrong? And at that time it had been completely proven that the earth was dynamic. So it was unrealistic to believe that the earth was stagnant. At the same time, it was also clear that ether did not have any qualitative value. It also became clear that the idea of scientists related to ether was misleading. But, if it is true that ether is not the medium of light, and the light is a wave, then by which medium does light disseminate in the entire universe?

According to Mickelson-Morley, the answer was that light was a wave that travels without any medium. This experiment also showed that the speed of light does not depend on the source of light or the speed of origin and the velocity of light is uniform at all places. This experiment also came to light that Newton’s theory of relativity did not apply to objects like a light. According to this principle, the position of the observer can change the speed of some object, the principle of Newton relativity.

Imagine that there are two brothers. One is Pradeep and Sandeep is the other name. Pradeep is running at a speed of 10 km / h and Sandeep is running at a speed of 05 km/hr. According to Sandeep, his brother Pradeep is moving at a speed of 05 km / h. Then why should there be any difference in the matter of light? The answer is that light behaves differently than all motions.

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Toughness of theory of relativity part-2

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Ether’s hypothesis

At that time scientists imagined a strange medium for the movement of light, which was pervading in the whole universe. This medium was named ‘ether’. This medium filled up all the space (space) from ‘one star to the other stars’. This theory appeared to be verified when James Clerk Maxwell introduced the optical-wave as electromagnetic waves. From Maxwell’s equations, it came to the conclusion that electromagnetic waves are velocity equal to the light, due to which accurate calculation of the velocity of light was also done.

Scientists envisioning a medium called ether also said that ‘moving objects in ether never take such a thing’, as if a wooden cage (piece) floating in water does not pull water (water) with you. Scientists giving ether theory also believed that ether is world-wide and stable and the variance of light would also be different in different directions. Imagine that we have a car that is steady relative to ether, then the variance of light will be different in different directions. If ether has its existence, can its existence be certified?

Is ether’s existence? or not?

By interrupting the medium like ether, there are many such questions that can not be answered. As we study the properties of air (the medium of vibration of sound) we do not only do it with the observation of voice-variance but also with physics and chemical researchers. But ether does not participate in most physical and chemical activities. We can measure the pressure of the air, but the pressure of the ether cannot be measured. Along with that, we can also measure the density of air, but all attempts to know about the density of ether are sterile.

To physically verify the existence of ether, American physicist Abril Abraham Michelson performed the world-famous experiment in 1881. The main purpose of their experiment was to prove the ether theory. Michaelsen thought that if the world-wide ether is stable then due to passing through the ether, the earth had to face resistance and a stream of streams should flow into the ether.

The reader can assume that Michelson tried to find the relative motion of the Earth with ether through its use. Readers can also assume that Mickelson tried to know that the impact of the speed of light-source rather than the observer falls on the speed of light?

For this experiment, Michaelson created an instrument called Interferometer in 1881, with the help of which it could be used to treat the light as a scale. The results of that experiment were wonderful; According to which the starting motion of the Earth’s ether was zero. It meant that the earth was either motionless or the ether theory was wrong. Mikeson repeated this experiment with his associate Morley repeatedly, but he could not find ether. But their use became world-renowned despite repeated failures. Below we are presenting the details of that experiment.

Michelson-Morley experiments-Michelson-Morley experiment

Use of Mickelson and Morley
In the Michelson-Morley experiment, from the source S, the light collides at a 45-degree angle on a half-polished mirror A (see in the enclosed image). Part of the light goes to the mirror B and comes back to A again. Reflecting the remainder of the light reaches the mirror C and then from there comes back to A. Both get on the beams of light, where they produce ‘interference fringes’. These ‘interference stripes’ could be seen from the telescope. The device was placed on a very strong platform. That device could be rotated on the perpendicular axis of the floor.

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