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A Boy Has Climbed to the Top of a 6

Question 12

Multiple Choice

A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is


A)
A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . .
B)
A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . .
C)
A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . .
D)
A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . .
E)
A boy has climbed to the top of a 6.00 m tall tree. When he shouts, the sound waves have an intensity of at a 1.00 m distance from the top of the tree. The ratio of intensity at the base of the tree to the intensity 1.00 m from the top of the tree is A) . B) . C) . D) . E) . .

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