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Standing Waves

Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

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Page 1: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

Standing Waves

Page 2: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

What is a standing wave?

A standing wave is the result of identical, periodic waves moving in opposite directions.

When reflected waves interfere with incident waves, a pattern results that appears to be stationary.

Page 3: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

The standing wave pattern shown below has 3 distinct lobes, which are called “anti-nodes”. It

also has 4 regions called “nodes”.

Page 4: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

Nodes are regions of zero displacement caused by total destructive interference.

Anti-nodes are regions of maximum displacement caused by constructive interference.

Page 5: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

Fixed at both ends

Page 6: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves

Open at both ends & Open at one end

Page 7: Standing Waves. What is a standing wave? A standing wave is the result of identical, periodic waves moving in opposite directions. When reflected waves