Which Statement Best Describes The Ideas Of Two Scientists Who Studied Properties Of Light?

Which of the following statements most accurately characterizes the thinking of two scientists who investigated the qualities of light? Newton and Maxwell both believed that light was made up of particles, which was a comparable concept to each other. Hertz developed Maxwell’s notion that light is created by the interplay of electric and magnetic fields further than Maxwell had thought possible.

  • Newton and Maxwell both believed that light was made up of particles, which was a comparable concept to each other. Hertz developed Maxwell’s notion that light is created by the interplay of electric and magnetic fields further than Maxwell had thought possible. After watching light spreading out in all directions, Young came to embrace Newton’s notion of the wave theory of light.

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Who are the scientist that argued about the properties of light?

Isaac Newton was a pioneer of this idea, and he is credited with developing it further in 1672.

Which scientists supported the idea that light is made of streams of particles Check all that apply?

According to Greek scientists from the ancient Pythagorean discipline, every visible object releases a constant stream of particles, whereas Aristotle came to the conclusion that light moves in a way akin to waves on the ocean’s surface.

Which scientist proposed that light can act as a particle?

Einstein’s explanation for the photoelectric effect was that “light itself is a particle,” and he was awarded the Nobel Prize in Physics for his work on this topic.

Who contributed to the study of the dual nature of light?

It was Albert Einstein who proposed that light did not behave exactly as a wave or as a particle in the traditional sense. Light, on the other hand, acts as both a wave and a particle. As the wave-particle duality of light, Einstein’s theory came to be recognized, and it is now universally acknowledged by modern scientists.

Who studied light?

Isaac Newton was the most renowned proponent of a particle theory of light at the time. As a result of his rigorous examinations into the qualities of light in the 1660s, Newton came to the conclusion that white light is made up of a combination of colors.

Why do scientists believe that light is made of streams of particles quizlet?

Light is a wave or disturbance that flows through air spaces and causes it to seem brighter or darker. Light is a material that carries particles in a flow that originates from a light source. Researchers think that light is composed of particles in a stream because only the presence of photons can account for the events observed during studies on the photoelectric effect, according to the theory.

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Who was the scientist who proposed the photoelectric effect?

Increasing the frequency of the light also resulted in electrons with greater energies being created, but not an increase in the quantity of electrons produced. A teenage physicist called Albert Einstein was the first to see and understand this phenomenon, which became known as the photoelectric effect in 1905.

How does refraction support the particle theory of light?

When it comes to the particle theory of light, how can refraction lend support? When light goes from a less dense to a more dense medium, it slows down and bends in the process. The particles are subjected to forces that push or pull them from one medium to another. When light goes through a gap, it spreads out in all directions as it travels.

What two experiments show that light contains properties of wave and particles?

When it comes to the particle theory of light, how can refraction help it? When light passes through a material that is less dense than another, it slows down and bends. Forcing particles to move from one medium to another is accomplished by the application of forces on the particles. A hole in the wall causes light to radiate in all directions as it passes through it.

What two properties of light can be explained by both wave theory and particle theory?

Interference is the term used to describe a wave. The photoelectric effect occurs with a particle. Young’s double slit experiment is widely regarded as the definitive demonstration of the wave character of light.

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What are light properties?

The basic characteristics of light are its intensity, propagation direction, frequency or wavelength spectrum, and polarization (or polarization polarization). This particle’s speed in a vacuum, which is 299 792 458 metres per second (m/s), is one of nature’s basic constants. Light optics, as it is known in the scientific community, is a significant research topic in contemporary physics.

Which statement describes the dual nature of light?

According to Ernest Z., because of the dual nature of light, in some tests, light acts like a wave. The behavior of light as a particle has been seen in previous tests. In 1801, Thomas Young created a gap between two neighboring slits that allowed light to pass through.

Who was the scientist who showed that light as a form of electromagnetic wave?

Since light has both a wave and a particle character, it may behave in a variety of ways in experiments. The behavior of light as a particle has been demonstrated in several tests. A slit between two neighboring holes was created by Thomas Young in 1801.

Who proposed dual nature of electron?

It was Louis de-Broglie who first proposed the concept of dual nature for electrons in 1924, claiming that electrons may exhibit both particle and wave nature simultaneously.

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