I WRITTEN WORK NO. 1-MODULE 4 I. Short Response. Read each item carefully. Write your answers on the answer sheet on the next page. 1. Balboa Park in San Diego as an outdoor organ. When the air temperature increases, the Give a short explanation of your fundamental frequency of one of the organ pipes answer. a) increases b) decreases c) stays the same d) is impossible to determine (The thermal expansion of the pipe is negligible) 2. Suppose you're on a hot air balloon ride, carrying a buzzer that emits a sound of frequency f. If you accidentally drop the buzzer over the side while the balloon is rising at constant speed, what can you conclude about the sound you hear as the buzzer falls toward the ground? Give a short explanation of your answer. a) The frequency and intensity increase. b) The frequency decreases and the intensity increases. c) The frequency decreases and the intensity decreases. d) The frequency remains the same, but the intensity decreases. 3. Explain the relation between the wavelength and the period of a wave. 4. If the handle of a vibrating tuning fork is held against a table, the sound of the tuning fork beams louder. Why? 5. If a huge explosion occurs from a distance, which will you be able to observe first, the sound of the explosion or the tremor of the ground? Why? II. Problem Solving. Analyze the problems carefully, then solve them on the spaces provided on the answer sheet. Be systematic when answering. Write the given, label them; the required; and all calculations pertinent to the problem.
I WRITTEN WORK NO. 1-MODULE 4 I. Short Response. Read each item carefully. Write your answers on the answer sheet on the next page. 1. Balboa Park in San Diego as an outdoor organ. When the air temperature increases, the Give a short explanation of your fundamental frequency of one of the organ pipes answer. a) increases b) decreases c) stays the same d) is impossible to determine (The thermal expansion of the pipe is negligible) 2. Suppose you're on a hot air balloon ride, carrying a buzzer that emits a sound of frequency f. If you accidentally drop the buzzer over the side while the balloon is rising at constant speed, what can you conclude about the sound you hear as the buzzer falls toward the ground? Give a short explanation of your answer. a) The frequency and intensity increase. b) The frequency decreases and the intensity increases. c) The frequency decreases and the intensity decreases. d) The frequency remains the same, but the intensity decreases. 3. Explain the relation between the wavelength and the period of a wave. 4. If the handle of a vibrating tuning fork is held against a table, the sound of the tuning fork beams louder. Why? 5. If a huge explosion occurs from a distance, which will you be able to observe first, the sound of the explosion or the tremor of the ground? Why? II. Problem Solving. Analyze the problems carefully, then solve them on the spaces provided on the answer sheet. Be systematic when answering. Write the given, label them; the required; and all calculations pertinent to the problem.
Physics for Scientists and Engineers: Foundations and Connections
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Transcribed Image Text:I WRITTEN WORK NO. 1- MODULE 4
I.
Short Response. Read each item carefully. Write your answers on the answer sheet on
1. Balboa Park in San Diego as an outdoor organ. When the air temperature increases, the
fundamental frequency of one of the organ pipes
the next page.
Give a short explanation of your
answer.
a) increases
b) decreases
c) stays the same
d) is impossible to determine
(The thermal expansion of the pipe is negligible)
2. Suppose you're on a hot air balloon ride, carrying a buzzer that emits a sound of frequency
f. If you accidentally drop the buzzer over the side while the balloon is rising at constant
speed, what can you conclude about the sound you hear as the buzzer falls toward the
ground? Give a short explanation of your answer.
a) The frequency and intensity increase.
b) The frequency decreases and the intensity increases.
c) The frequency decreases and the intensity decreases.
d) The frequency remains the same, but the intensity decreases.
3. Explain the relation between the wavelength and the period of a wave.
4.
If the handle of a vibrating tuning fork is held against a table, the sound of the tuning fork
beams louder. Why?
5. If a huge explosion occurs from a distance, which will you be able to observe first, the sound
of the explosion or the tremor of the ground? Why?
I.
Problem Solving. Analyze the problems carefully, then solve them on the spaces
provided on the answer sheet. Be systematic when answering. Write the given, label
them; the required; and all calculations pertinent to the problem.
32°C Lig
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