Temperature and Frequency of Percussion Instruments

The frequency produced by a wooden xylophone, a metallophone and a drum at temperatures ranging from -18C to 50C was studied. It was found that the frequency of the first two increases, while the drum’s frequency decreases with increasing temperature. Temperature had the greatest effect on the frequ...

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Main Author: César Díez Factor
Format: Article
Language:English
Published: StudentScientists.org 2016-01-01
Series:International Scholastic Journal of Science
Subjects:
Online Access:http://www.isjos.org/index.php?paper=Temperature+and+Frequency+of+Percussion+Instruments
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spelling doaj-1f56783dbd424f4a907a583ae3eda4192020-11-24T22:48:12ZengStudentScientists.orgInternational Scholastic Journal of Science2408-18842408-18842016-01-011017Temperature and Frequency of Percussion InstrumentsCésar Díez Factor0IES LanciaThe frequency produced by a wooden xylophone, a metallophone and a drum at temperatures ranging from -18C to 50C was studied. It was found that the frequency of the first two increases, while the drum’s frequency decreases with increasing temperature. Temperature had the greatest effect on the frequency of the xylophone.http://www.isjos.org/index.php?paper=Temperature+and+Frequency+of+Percussion+Instrumentspercussion instrumentstemperaturefrequency
collection DOAJ
language English
format Article
sources DOAJ
author César Díez Factor
spellingShingle César Díez Factor
Temperature and Frequency of Percussion Instruments
International Scholastic Journal of Science
percussion instruments
temperature
frequency
author_facet César Díez Factor
author_sort César Díez Factor
title Temperature and Frequency of Percussion Instruments
title_short Temperature and Frequency of Percussion Instruments
title_full Temperature and Frequency of Percussion Instruments
title_fullStr Temperature and Frequency of Percussion Instruments
title_full_unstemmed Temperature and Frequency of Percussion Instruments
title_sort temperature and frequency of percussion instruments
publisher StudentScientists.org
series International Scholastic Journal of Science
issn 2408-1884
2408-1884
publishDate 2016-01-01
description The frequency produced by a wooden xylophone, a metallophone and a drum at temperatures ranging from -18C to 50C was studied. It was found that the frequency of the first two increases, while the drum’s frequency decreases with increasing temperature. Temperature had the greatest effect on the frequency of the xylophone.
topic percussion instruments
temperature
frequency
url http://www.isjos.org/index.php?paper=Temperature+and+Frequency+of+Percussion+Instruments
work_keys_str_mv AT cesardiezfactor temperatureandfrequencyofpercussioninstruments
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