Question Detail

PHY 104 Photo Electric Emission Objective Question
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Question

Based on the comparison on page 10, which statement accurately describes a key distinction between 'Waves' and 'Particles'?
Options
A Waves are localized in space and time, while particles are spread out.
B Waves can be superposed and show interference effects, while particles cannot pass through each other.
Correct Answer
C Particles pass through each other, while waves bounce or shatter.
D Both waves and particles are always localized in space and time.
Correct Answer

Option B is the correct answer.

Detailed Explanation

The table on page 10 under 'WAVE PARTICLE DUALITY' lists for 'Waves': 'Can be superposed - show interference effects' and 'Pass through each other'. For 'Particles': 'Localized in space and time' and 'Cannot pass through each other - they bounce or shatter'. Option B correctly captures these distinctions.

Hint

Consult the table comparing 'Waves' and 'Particles' on page 10.

Question Info

Course: PHY 104
Topic: Photo Electric Emission
Type: Objective
Difficulty: Not specified
Question 197 of 947
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