Friction Coefficient of a Ladyfinger Banana Peel

The coefficient of static friction of a lady finger banana peel was investigated for varying values of vertical compression force. The peel was placed on a tile surface, with a person placing her Converse sneaker on the peel and pushing down with force ranging from approximately 100 N to 700 N. The...

Full description

Bibliographic Details
Main Authors: Thirada Boonrawd, Sasipha Neerapattanagul, Ganghee Son, Julaluk Thaweesuksathain
Format: Article
Language:English
Published: StudentScientists.org 2020-01-01
Series:International Scholastic Journal of Science
Subjects:
Online Access:http://isjos.org/index.php?paper=Friction+Coefficient+of+a+Ladyfinger+Banana+Peel
_version_ 1819225295672049664
author Thirada Boonrawd
Sasipha Neerapattanagul
Ganghee Son
Julaluk Thaweesuksathain
author_facet Thirada Boonrawd
Sasipha Neerapattanagul
Ganghee Son
Julaluk Thaweesuksathain
author_sort Thirada Boonrawd
collection DOAJ
description The coefficient of static friction of a lady finger banana peel was investigated for varying values of vertical compression force. The peel was placed on a tile surface, with a person placing her Converse sneaker on the peel and pushing down with force ranging from approximately 100 N to 700 N. The foot was pulled forward until it slipped, and the slipping force recorded. It was found that the coefficient of static friction of the banana peel is approximately 0.09 for compression forces below 600 N, and 0.15 for forces above 600 N.
first_indexed 2024-12-23T10:07:20Z
format Article
id doaj.art-7942c43311594d128c22ac4f1947b8fb
institution Directory Open Access Journal
issn 2408-1884
2408-1884
language English
last_indexed 2024-12-23T10:07:20Z
publishDate 2020-01-01
publisher StudentScientists.org
record_format Article
series International Scholastic Journal of Science
spelling doaj.art-7942c43311594d128c22ac4f1947b8fb2022-12-21T17:51:04ZengStudentScientists.orgInternational Scholastic Journal of Science2408-18842408-18842020-01-0114133Friction Coefficient of a Ladyfinger Banana PeelThirada Boonrawd0Sasipha Neerapattanagul1Ganghee Son2Julaluk Thaweesuksathain3International School BangkokKamnoetvidya Science AcademyInternational School BangkokKamnoetvidya Science AcademyThe coefficient of static friction of a lady finger banana peel was investigated for varying values of vertical compression force. The peel was placed on a tile surface, with a person placing her Converse sneaker on the peel and pushing down with force ranging from approximately 100 N to 700 N. The foot was pulled forward until it slipped, and the slipping force recorded. It was found that the coefficient of static friction of the banana peel is approximately 0.09 for compression forces below 600 N, and 0.15 for forces above 600 N.http://isjos.org/index.php?paper=Friction+Coefficient+of+a+Ladyfinger+Banana+Peelbanana peelfriction coefficienthorizontal forcevertical forcelady finger banana
spellingShingle Thirada Boonrawd
Sasipha Neerapattanagul
Ganghee Son
Julaluk Thaweesuksathain
Friction Coefficient of a Ladyfinger Banana Peel
International Scholastic Journal of Science
banana peel
friction coefficient
horizontal force
vertical force
lady finger banana
title Friction Coefficient of a Ladyfinger Banana Peel
title_full Friction Coefficient of a Ladyfinger Banana Peel
title_fullStr Friction Coefficient of a Ladyfinger Banana Peel
title_full_unstemmed Friction Coefficient of a Ladyfinger Banana Peel
title_short Friction Coefficient of a Ladyfinger Banana Peel
title_sort friction coefficient of a ladyfinger banana peel
topic banana peel
friction coefficient
horizontal force
vertical force
lady finger banana
url http://isjos.org/index.php?paper=Friction+Coefficient+of+a+Ladyfinger+Banana+Peel
work_keys_str_mv AT thiradaboonrawd frictioncoefficientofaladyfingerbananapeel
AT sasiphaneerapattanagul frictioncoefficientofaladyfingerbananapeel
AT gangheeson frictioncoefficientofaladyfingerbananapeel
AT julalukthaweesuksathain frictioncoefficientofaladyfingerbananapeel