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5. Another Brick in the Wall 1604 You are in a car that is heading towards a brick wall at a speed of 27 m/s (60 mph). You know that the wall has a resonant frequency of 575 Hz, and that if a continuous sound wave at this frequency hits the wall, it will fall down. IMAGES NOTES DISCUSS UNITS STATS HELP PREFERENCES Description Part Answer Save Status At what frequency do you need to sing so that the wall crumbles? (include units with answer) A. tries: 0 Show Details Format Check 1% ty penalty What frequency will you hear reflected from the wall just before it crumbles? (include units with answer) B. # tries: 0 Show Details Format Check

5. Another Brick in the Wall 1604 You are in a car that is heading towards a brick wall at a speed of 27 m/s (60 mph). You know that the wall has a resonant frequency of 575 Hz, and that if a continuous sound wave at this frequency hits the wall, it will fall down. IMAGES NOTES DISCUSS UNITS STATS HELP PREFERENCES Description Part Answer Save Status At what frequency do you need to sing so that the wall crumbles? (include units with answer) A. tries: 0 Show Details Format Check 1% ty penalty What frequency will you hear reflected from the wall just before it crumbles? (include units with answer) B. # tries: 0 Show Details Format Check

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5. Another Brick in the Wall 1604 You are in a car that is heading towards a brick wall at a speed of 27 m/s (60 mph). You know that the wall has a resonant frequency of 575 Hz, and that if a continuous sound wave at this frequency hits the wall, it will fall down. IMAGES NOTES DISCUSS UNITS STATS HELP PREFERENCES Part Description Answer Save Status At what frequency do you need to sing A. so that the wall crumbles? tries: 0 Show Details Format Check (include units with answer) 1% try penalty What frequency will you hear reflected from the wall just before it crumbles? (include units with answer) B. # tries: 0 Show Details Format Check
Transcribed Image Text:5. Another Brick in the Wall 1604 You are in a car that is heading towards a brick wall at a speed of 27 m/s (60 mph). You know that the wall has a resonant frequency of 575 Hz, and that if a continuous sound wave at this frequency hits the wall, it will fall down. IMAGES NOTES DISCUSS UNITS STATS HELP PREFERENCES Part Description Answer Save Status At what frequency do you need to sing A. so that the wall crumbles? tries: 0 Show Details Format Check (include units with answer) 1% try penalty What frequency will you hear reflected from the wall just before it crumbles? (include units with answer) B. # tries: 0 Show Details Format Check
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