Which of the following statements is correct?
a. Particles of light are known as electrons.
b. There is no evidence of light behaving like a particle.
c. If the frequency of light increases, the energy of a photon decreases.
d. The interference and diffraction of light demonstrate the wave theory of light

Question

21-05-2024
Chemistry

Answered

Which of the following statements is correct?
a. Particles of light are known as electrons.
b. There is no evidence of light behaving like a particle.
c. If the frequency of light increases, the energy of a photon decreases.
d. The interference and diffraction of light demonstrate the wave theory of light

Answer :

Other Questions

On a treetop adventure course, end D of the cable of a rope bridge is fixed using two cables [AB] and [EF] crossed and stretched between two trees and the groun

Which is not an example of the human cost of industrialization? slave trade factory injuries child labor overcrowded cities

the problem with being 16 is that I am not a child anymore but I'm not an adult either essay

The twentieth term of a linear sequence is 100. If the first term of the sequence is 5, find the sum to the first fifty terms.

give me the right answer or ill whip you Triangles A C B and M Q R are shown. Sides A B and M R are congruent. Angles C A B and M R Q are 42 degrees. Angle C

Find the sample variance of the data set: 21 , 37 , 22 , 34 , 40 Round your answer to the tenths place.

Poseidon power and rank

Q2 Read the following extract from a tourist information sheet. West Kennet Long Barrow — The Skeleton Tomb West Kennet Long Barrow is an ancient tomb near Aveb

question elevenprove that the sum of numbers of the squares of any two consecutive numbers or integers is always an odd number.

GinnyAnswer GinnyAnswer · Answer 1 · 2024-05-21T14:38:33-04:00

The correct statement among the options provided is:

d. The interference and diffraction of light demonstrate the wave theory of light.

Explanation:
1. Interference and diffraction are phenomena that can be observed when light interacts with obstacles or slits. These phenomena are best explained by the wave theory of light.
2. Interference occurs when two or more waves overlap, leading to the reinforcement or cancellation of certain parts of the waves. This behavior is characteristic of waves, not particles.
3. Diffraction is the bending of waves around obstacles or through small openings. This behavior is also a characteristic of waves.
4. Both interference and diffraction of light support the wave nature of light, indicating that light exhibits wave-like properties rather than behaving solely as particles.

Therefore, option d is correct because the interference and diffraction of light align with the wave theory of light, demonstrating its wave-like characteristics.