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The objects exhibit dual nature simultaneously.
The answer is a big NO. Radiation appears to possess dual character. It sometimes behaves as waves and other times as particles. For example, radiation is considered as a wave in propagation experiments like interference, diffraction and polarisation. These experiments firmly establish the wave nature of radiation.
On the other hand , the phenomena like photoelectric effect, Compton effect, Ramon effect etc shows that the radiation behaves as particles - photons. Thus radiation has a dual characteristic. However, radiation does not exhibit its its wave and particle aspect simultaneously. It is found to behave as a wave in transmission and as a particle, when it interacts with matter.
The answer is a big NO. Radiation appears to possess dual character. It sometimes behaves as waves and other times as particles. For example, radiation is considered as a wave in propagation experiments like interference, diffraction and polarisation. These experiments firmly establish the wave nature of radiation.
On the other hand , the phenomena like photoelectric effect, Compton effect, Ramon effect etc shows that the radiation behaves as particles - photons. Thus radiation has a dual characteristic. However, radiation does not exhibit its its wave and particle aspect simultaneously. It is found to behave as a wave in transmission and as a particle, when it interacts with matter.