THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE

THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE

Time measurement in physic experiments at secondary schools is usually done by using stopwatch or even manually. To measure time difference of a moving object, it is needed a measuring apparatus which can measure accurately the passing time at first and last position. Here a computerized physics exp...

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Main Author: NURCAHYA (NIM 20207032), BERLIAN
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/11913
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:11913
spelling id-itb.:119132017-09-27T14:40:57ZTHE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE NURCAHYA (NIM 20207032), BERLIAN Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/11913 Time measurement in physic experiments at secondary schools is usually done by using stopwatch or even manually. To measure time difference of a moving object, it is needed a measuring apparatus which can measure accurately the passing time at first and last position. Here a computerized physics experiment system was developed based on LED and LDR device to accurately measure time difference in the moving object. A microcontroller was used as main part of the controller and the system is also equipped with LCD to the measurement result. The developed system is very useful study some secondary high school physics experiment, especially related to the accelerated motion. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Time measurement in physic experiments at secondary schools is usually done by using stopwatch or even manually. To measure time difference of a moving object, it is needed a measuring apparatus which can measure accurately the passing time at first and last position. Here a computerized physics experiment system was developed based on LED and LDR device to accurately measure time difference in the moving object. A microcontroller was used as main part of the controller and the system is also equipped with LCD to the measurement result. The developed system is very useful study some secondary high school physics experiment, especially related to the accelerated motion.
format Theses
author NURCAHYA (NIM 20207032), BERLIAN
spellingShingle NURCAHYA (NIM 20207032), BERLIAN
THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
author_facet NURCAHYA (NIM 20207032), BERLIAN
author_sort NURCAHYA (NIM 20207032), BERLIAN
title THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
title_short THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
title_full THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
title_fullStr THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
title_full_unstemmed THE DEVELOPMENT OF COMPUTER BASED INTEGRATED PHYSICS EXPERIMENT AND ITS APPLICATION FOR TO DETERMINE KINETIC FRICTION COEFFICIENT ON A HORIZONTAL PLANE
title_sort development of computer based integrated physics experiment and its application for to determine kinetic friction coefficient on a horizontal plane
url https://digilib.itb.ac.id/gdl/view/11913
_version_ 1820728354120138752

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