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B. It decreases b. it decreases with the square of temperature Q.166 When a standing wave Is set up on a strIng fixed at toth ends, whlch of the following statements fs true? A. Sum of the number of antinodes and the number of nodes is always even B. Wavelength length string / number of nodes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes fundamental frequencyn=nxd Q.167 In a statlonary wave, the distance hetween a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength B. 3/4 of wavelength D. Half of wavelength Q.168 Which of the following

B. It decreases b. it decreases with the square of temperature Q.166 When a standing wave Is set up on a strIng fixed at toth ends, whlch of the following statements fs true? A. Sum of the number of antinodes and the number of nodes is always even B. Wavelength length string / number of nodes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes fundamental frequencyn=nxd Q.167 In a statlonary wave, the distance hetween a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength B. 3/4 of wavelength D. Half of wavelength Q.168 Which of the following

University Physics Volume 1
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter17: Sound
Section: Chapter Questions
Problem 147CP: A string on the violin has a length of 23.00 cm and a mass of 0.900 grams. The tension in the string...
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P(V-V1) a certaln pendulum ctock is made of brass. When the temperature Increases, what happens to the perlod of the clock? A. It increases C. It remains the same D. it decreases with the square of temperature B. It decreases Q.166 When a standing wave Is set up on a string fixed at both ends, whleh of the following statements fs true? A. Sum of the number of antinodes and the mumber of nodes is always even B. Wavelength length string / number of nedes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes x fundamental frequencyn=nx Q.167 In a statlonary wave, the distance between a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength Q.168 Which of the following cases (If any) requires the greatest amount of heat? In B. 3/4 of wavelength D. Half of wavelength each case the materlal is the same. A. 1.5 kg of the material is to be heated by 7.0 C" B. 3.0 kg of the material is to be heated by 3.5 C C. 0.50 kg of the material is to be heated by 21 C° PAGE 12 OF 17 PMC PRACTICE BUNDLE 1 TEST 01 Scanned with CamScanner
Transcribed Image Text:P(V-V1) a certaln pendulum ctock is made of brass. When the temperature Increases, what happens to the perlod of the clock? A. It increases C. It remains the same D. it decreases with the square of temperature B. It decreases Q.166 When a standing wave Is set up on a string fixed at both ends, whleh of the following statements fs true? A. Sum of the number of antinodes and the mumber of nodes is always even B. Wavelength length string / number of nedes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes x fundamental frequencyn=nx Q.167 In a statlonary wave, the distance between a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength Q.168 Which of the following cases (If any) requires the greatest amount of heat? In B. 3/4 of wavelength D. Half of wavelength each case the materlal is the same. A. 1.5 kg of the material is to be heated by 7.0 C" B. 3.0 kg of the material is to be heated by 3.5 C C. 0.50 kg of the material is to be heated by 21 C° PAGE 12 OF 17 PMC PRACTICE BUNDLE 1 TEST 01 Scanned with CamScanner
P(V-Vi) a cerlain pendulum ctock is made of brass. When the femperature Increases, what happens to the perlod of the clock? A. It increases C. It remains the same B. It decreases D. it decreases with the square of temperature Q.166 When a standing wave Is set up on a string fixed at both ends, whleh of the following statements fs true? A. Sum of the number of antinodes and the mumber of nodes is always even B. Wavelength length string / number of nedes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes x fundamental frequencyn=nxf Q.167 In a statlonary wave, the distance between a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength Q.168 Which of the following cases (If any) requires the greatest amount of heat? In B. 3/4 of wavelength D. Half of wavelength each case the materlal is the same. A. 1.5 kg of the material is to be heated by 7.0 C" B. 3.0 kg of the material is to be heated by 3.5 C C. 0.50 kg of the material is to be heated by 21 C° PAGE 12 OF 17 PMC PRACTICE BUNDLE 1 TEST 01 Scanned with CamScanner
Transcribed Image Text:P(V-Vi) a cerlain pendulum ctock is made of brass. When the femperature Increases, what happens to the perlod of the clock? A. It increases C. It remains the same B. It decreases D. it decreases with the square of temperature Q.166 When a standing wave Is set up on a string fixed at both ends, whleh of the following statements fs true? A. Sum of the number of antinodes and the mumber of nodes is always even B. Wavelength length string / number of nedes C. The shape of the string at any instant shows a symmetry about the midpoint of the string D. Frequency- number of nodes x fundamental frequencyn=nxf Q.167 In a statlonary wave, the distance between a node and consecutive antinode Is: A. A quarter of wavelength C. One wavelength Q.168 Which of the following cases (If any) requires the greatest amount of heat? In B. 3/4 of wavelength D. Half of wavelength each case the materlal is the same. A. 1.5 kg of the material is to be heated by 7.0 C" B. 3.0 kg of the material is to be heated by 3.5 C C. 0.50 kg of the material is to be heated by 21 C° PAGE 12 OF 17 PMC PRACTICE BUNDLE 1 TEST 01 Scanned with CamScanner
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