Wave Two tin cans are attached by a horizontal string that is pulled taught, as shown. When a student speaks into the can on the left, the student's voice can be heard in the can on the right, because the disturbance caused by the student's voice is carried by a wave that travels the length of the string from the left to the right. Which of the following best describes the wave that carries the student's voice? (A) The wave is a longitudinal wave, because the molecules in the string oscillate right and left. (B) The wave is a longitudinal wave, because the molecules in the string oscillate up and down. (C) The wave is a transverse wave, because the molecules in the string oscillate right and left. (D) The wave is a transverse wave, because the molecules in the string oscillate up and down.

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11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Two tin cans are attached by a horizontal string that is pulled taught, as shown. When a student speaks into the can on
the left, the student's voice can be heard in the can on the right, because the disturbance caused by the student's voice is
carried by a wave that travels the length of the string from the left to the right. Which of the following best describes the
wave that carries the student’s voice?
(A) The wave is a longitudinal wave, because the molecules in the string oscillate right and left.
(B) The wave is a longitudinal wave, because the molecules in the string oscillate up and down.
(C) The wave is a transverse wave, because the molecules in the string oscillate right and left.
(D) The wave is a transverse wave, because the molecules in the string oscillate up and down.
An object with a height of 7 cm is located 14 cm from a converging lens. If the image is located 28 cm from the lens,
what is the height of the image?
(A) 2 cm
(В) 3.5 сm
(С) 14 сm
(D) 56 cm
1
2
3
A beam of light travels through materials 1, 2, and then 3, as shown. Wave fronts of the beam within each material are
represented as parallel lines. Which of the following is a correct statement about the propagation speed of light in these
materials?
(A) The propagation speed of material 3 cannot be compared with that of material 1, because these materials are not
adjacent to one another.
(B) The propagation speed in material 2 is lower than the propagation speed in materials 1 and 3, because the angle
of the beam entering and leaving materials 2 is steeper than within this material.
(C) The propagation speed in material 2 is higher than the propagation speed in materials 1 and 3, because the wave
fronts are farther apart.
(D) The propagation speed in material 2 is equal to the propagation speed in materials 1 and 3, because the
propagation speed of light is c.
Transcribed Image Text:Wave Two tin cans are attached by a horizontal string that is pulled taught, as shown. When a student speaks into the can on the left, the student's voice can be heard in the can on the right, because the disturbance caused by the student's voice is carried by a wave that travels the length of the string from the left to the right. Which of the following best describes the wave that carries the student’s voice? (A) The wave is a longitudinal wave, because the molecules in the string oscillate right and left. (B) The wave is a longitudinal wave, because the molecules in the string oscillate up and down. (C) The wave is a transverse wave, because the molecules in the string oscillate right and left. (D) The wave is a transverse wave, because the molecules in the string oscillate up and down. An object with a height of 7 cm is located 14 cm from a converging lens. If the image is located 28 cm from the lens, what is the height of the image? (A) 2 cm (В) 3.5 сm (С) 14 сm (D) 56 cm 1 2 3 A beam of light travels through materials 1, 2, and then 3, as shown. Wave fronts of the beam within each material are represented as parallel lines. Which of the following is a correct statement about the propagation speed of light in these materials? (A) The propagation speed of material 3 cannot be compared with that of material 1, because these materials are not adjacent to one another. (B) The propagation speed in material 2 is lower than the propagation speed in materials 1 and 3, because the angle of the beam entering and leaving materials 2 is steeper than within this material. (C) The propagation speed in material 2 is higher than the propagation speed in materials 1 and 3, because the wave fronts are farther apart. (D) The propagation speed in material 2 is equal to the propagation speed in materials 1 and 3, because the propagation speed of light is c.
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