Differenciate between wave and particle
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✨Heya!!!!✌
✍Your answer⬇⬇⬇⬇
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⭐Wave⤵
⏩A wave does not have a localised position. However, it is spread out in space,i.e., it propagates in space
⏩Two or more waves can exist simultaneously in a given region of space
⏩Two two waves present in the same region may undergo constructive or destructive interference,i.e., they may superimpose to form a resultant wave which can be smaller or larger than individual waves
⏩Waves cannot be counted
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⭐Particle⤵
⏩A particle occupies a well defined position in space,i.e., it has always a localised position
⏩Two or more particles cannot exist simultaneously at a given position in space
⏩Particles do not show the phenomenon of interference
⏩Particles can be counted. Their sum is always equal to the number of individual particles
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Hope it helps☑
#Be Brainly
✍Your answer⬇⬇⬇⬇
--------------------------------------------------------
⭐Wave⤵
⏩A wave does not have a localised position. However, it is spread out in space,i.e., it propagates in space
⏩Two or more waves can exist simultaneously in a given region of space
⏩Two two waves present in the same region may undergo constructive or destructive interference,i.e., they may superimpose to form a resultant wave which can be smaller or larger than individual waves
⏩Waves cannot be counted
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⭐Particle⤵
⏩A particle occupies a well defined position in space,i.e., it has always a localised position
⏩Two or more particles cannot exist simultaneously at a given position in space
⏩Particles do not show the phenomenon of interference
⏩Particles can be counted. Their sum is always equal to the number of individual particles
--------------------------------------------------------
Hope it helps☑
#Be Brainly
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