Technology Based Laboratory Lab Report
Technology based laboratory to improve science learning
Abstract
Till date, manual routine devices and methods are used to perform different test strategies in the greater part of the science research centers in our nation. The manual instruments are cumbersome though the robotized ones are expensive. It does not enthuse youthful analysts towards the science laboratories. There is a need to create applications which can be easily integrated, customized in school and undergrad level laboratories and are prudent in the meantime. Equipment’s with propelled innovations are accessible however they are uneconomical and have muddled working standard with a black box approach. The present work depicts advancement of versatile devices and applications …show more content…
This paper rep orts ease strategy of acquiring information from diff erent sensors and attending this framework to p erform different exp eriments at vario us levels low cost, fitting as p er the need and easy dep l oyment mate this framework suitab le for schools and undergraduate laboratory p rovides a learning environment utilizing sensors and propelled instruments for data ac uisition and examination offers numerous opp ortunities to students to perf orm exp eriments in science and innovation in genuine time to resear ch physical p henomena. A robotized science l ab oratory wi ll upgrade enthusiasm and also p roductivity of understudies in research by diminishing time of gathering and analyz ing information . New innovation with expanded precision will support understudies to outline new analyses and work in the profundity of idea however we have computerized a scope of tests, we talk about two of them in this paper they are Calculating era of a straightforward pendulum measuring force of light …show more content…
Calculating the period of a simple pendulum
Complete calculation of time period through the electronic hardware in laboratories. Laser light is used to make an incident on pendulum in the plane perpendicular surface to osculation of pendulum and li ght sensor is mounted behind it, every time the bob of pendulum oscillates it obstructs the laser beam. The micro controller is programed to record the time difference and display it on screen. rId10
Measuring intensity of light
For complicated instruments very sensitive light measure equipment Si photo detector is used
To sense the intensity of light. Light sensor is exposed towards light whose intensity to be measured. Arduino board has calibrated as per requirement of the light sensor to record intensity of light rId11
Conclusion
Development show that how microcontroller can be set for collect data from sensors and display result on screens. Android system help students to integrated technology in laboratories. And also help to examine the result very closely to underlying the concepts of
Abstract
Till date, manual routine devices and methods are used to perform different test strategies in the greater part of the science research centers in our nation. The manual instruments are cumbersome though the robotized ones are expensive. It does not enthuse youthful analysts towards the science laboratories. There is a need to create applications which can be easily integrated, customized in school and undergrad level laboratories and are prudent in the meantime. Equipment’s with propelled innovations are accessible however they are uneconomical and have muddled working standard with a black box approach. The present work depicts advancement of versatile devices and applications …show more content…
This paper rep orts ease strategy of acquiring information from diff erent sensors and attending this framework to p erform different exp eriments at vario us levels low cost, fitting as p er the need and easy dep l oyment mate this framework suitab le for schools and undergraduate laboratory p rovides a learning environment utilizing sensors and propelled instruments for data ac uisition and examination offers numerous opp ortunities to students to perf orm exp eriments in science and innovation in genuine time to resear ch physical p henomena. A robotized science l ab oratory wi ll upgrade enthusiasm and also p roductivity of understudies in research by diminishing time of gathering and analyz ing information . New innovation with expanded precision will support understudies to outline new analyses and work in the profundity of idea however we have computerized a scope of tests, we talk about two of them in this paper they are Calculating era of a straightforward pendulum measuring force of light …show more content…
Calculating the period of a simple pendulum
Complete calculation of time period through the electronic hardware in laboratories. Laser light is used to make an incident on pendulum in the plane perpendicular surface to osculation of pendulum and li ght sensor is mounted behind it, every time the bob of pendulum oscillates it obstructs the laser beam. The micro controller is programed to record the time difference and display it on screen. rId10
Measuring intensity of light
For complicated instruments very sensitive light measure equipment Si photo detector is used
To sense the intensity of light. Light sensor is exposed towards light whose intensity to be measured. Arduino board has calibrated as per requirement of the light sensor to record intensity of light rId11
Conclusion
Development show that how microcontroller can be set for collect data from sensors and display result on screens. Android system help students to integrated technology in laboratories. And also help to examine the result very closely to underlying the concepts of