This document welcomes participants to a robotics workshop hosted by the East West University Robotics Club. It provides information about connecting with the club on social media platforms and lists the workshop trainers and mentors. It outlines the benefits of participating, including hands-on training, certificates, and opportunities to participate in competitions. It also provides details about the workshop topics that will be covered, including basic components like Arduino, breadboards, and sensors, as well as the hardware kit that will be used and potential final projects.
The document discusses the carburetor and its importance in spark ignition engines. It begins by explaining that carburetors are used to prepare a homogeneous mixture of fuel and air for combustion. It then discusses the basic principles of carburetion, including the venturi system that uses suction to draw fuel into the air stream. The document covers the essential parts of a carburetor like the float system and fuel jet. It also discusses factors that affect carburetion like engine speed, fuel type, air temperature and carburetor design. Different air-fuel mixture ratios are needed for starting, idling and varying loads on the engine. Carburetors are complex devices that precisely meter and mix fuel and air to
This document discusses the history and components of gasoline injection systems. It begins by explaining why gasoline injection replaced carburetors, noting improvements in efficiency, power, and fuel economy. It then describes the main types of injection systems and their components, including direct injection, port injection, throttle body injection, and multi-point fuel injection. The document outlines the sensors, electronics, and timing involved in electronic fuel injection systems and concludes by comparing the performance of different fuel types with varying injection parameters.
The document discusses carburetion and fuel injection systems for spark ignition engines. It describes how a carburetor works to mix fuel and air outside the engine cylinder. Different types of carburetors and their limitations are discussed. Fuel injection systems, including continuous port injection, electronic fuel injection, and the L-Jetronic system are also summarized. Requirements for diesel injection systems and various types including air injection, common rail, distributor, and individual pump systems are covered at a high level.
The document provides instructions for removing and disassembling a carburetor. Key steps include removing the fuel bowl, float, inlet needle, and throttle assembly. Upon disassembly, components like jets and springs should be inspected. The carburetor is then cleaned and components reassembled in reverse order. The document also provides jet sizing recommendations for high altitude carburetor adjustments. An exploded view diagram labels the main carburetor components.
The document discusses carburetion and carburetors. It describes carburetion as the process of preparing an atomized mixture of fuel and air before admission to the cylinder. A carburetor is defined as a device that supplies a metered spray of fuel mixed with the correct amount of air for efficient combustion in the cylinder under all operating conditions. It then discusses air-fuel ratios and mixture requirements for SI engines as well as factors that affect carburetion like engine speed, intake air temperature, fuel volatility, and intake manifold design.
The document provides information on carburetion, fuel injection, and supercharging systems for engines. It discusses the basic principles and components of carburetors, including venturi tubes, floats, jets, chokes, and throttles. It also describes multi-point fuel injection systems, including port injection, throttle body injection, D-MPFI, and L-MPFI systems. The document concludes by introducing mechanical fuel injection systems for compression ignition engines and classifications such as air injection and solid injection systems.
1) The document discusses the principles of carburetion, explaining how a carburetor works to provide an air-fuel mixture to engines. It mixes air and fuel through venturi suction and different metering systems that control the mixture at idle, acceleration, high speeds, and full power.
2) A carburetor uses atmospheric pressure, temperature, volatility, and atomization to control the evaporation of fuel into a vapor that can be mixed with air. Different parts of the carburetor like the float, jets, and chokes maintain the proper air-fuel ratio for starting and various engine conditions.
3) Issues like excessive fuel consumption, sluggish engine performance, poor idling,
This document welcomes participants to a robotics workshop hosted by the East West University Robotics Club. It provides information about connecting with the club on social media platforms and lists the workshop trainers and mentors. It outlines the benefits of participating, including hands-on training, certificates, and opportunities to participate in competitions. It also provides details about the workshop topics that will be covered, including basic components like Arduino, breadboards, and sensors, as well as the hardware kit that will be used and potential final projects.
The document discusses the carburetor and its importance in spark ignition engines. It begins by explaining that carburetors are used to prepare a homogeneous mixture of fuel and air for combustion. It then discusses the basic principles of carburetion, including the venturi system that uses suction to draw fuel into the air stream. The document covers the essential parts of a carburetor like the float system and fuel jet. It also discusses factors that affect carburetion like engine speed, fuel type, air temperature and carburetor design. Different air-fuel mixture ratios are needed for starting, idling and varying loads on the engine. Carburetors are complex devices that precisely meter and mix fuel and air to
This document discusses the history and components of gasoline injection systems. It begins by explaining why gasoline injection replaced carburetors, noting improvements in efficiency, power, and fuel economy. It then describes the main types of injection systems and their components, including direct injection, port injection, throttle body injection, and multi-point fuel injection. The document outlines the sensors, electronics, and timing involved in electronic fuel injection systems and concludes by comparing the performance of different fuel types with varying injection parameters.
The document discusses carburetion and fuel injection systems for spark ignition engines. It describes how a carburetor works to mix fuel and air outside the engine cylinder. Different types of carburetors and their limitations are discussed. Fuel injection systems, including continuous port injection, electronic fuel injection, and the L-Jetronic system are also summarized. Requirements for diesel injection systems and various types including air injection, common rail, distributor, and individual pump systems are covered at a high level.
The document provides instructions for removing and disassembling a carburetor. Key steps include removing the fuel bowl, float, inlet needle, and throttle assembly. Upon disassembly, components like jets and springs should be inspected. The carburetor is then cleaned and components reassembled in reverse order. The document also provides jet sizing recommendations for high altitude carburetor adjustments. An exploded view diagram labels the main carburetor components.
The document discusses carburetion and carburetors. It describes carburetion as the process of preparing an atomized mixture of fuel and air before admission to the cylinder. A carburetor is defined as a device that supplies a metered spray of fuel mixed with the correct amount of air for efficient combustion in the cylinder under all operating conditions. It then discusses air-fuel ratios and mixture requirements for SI engines as well as factors that affect carburetion like engine speed, intake air temperature, fuel volatility, and intake manifold design.
The document provides information on carburetion, fuel injection, and supercharging systems for engines. It discusses the basic principles and components of carburetors, including venturi tubes, floats, jets, chokes, and throttles. It also describes multi-point fuel injection systems, including port injection, throttle body injection, D-MPFI, and L-MPFI systems. The document concludes by introducing mechanical fuel injection systems for compression ignition engines and classifications such as air injection and solid injection systems.
1) The document discusses the principles of carburetion, explaining how a carburetor works to provide an air-fuel mixture to engines. It mixes air and fuel through venturi suction and different metering systems that control the mixture at idle, acceleration, high speeds, and full power.
2) A carburetor uses atmospheric pressure, temperature, volatility, and atomization to control the evaporation of fuel into a vapor that can be mixed with air. Different parts of the carburetor like the float, jets, and chokes maintain the proper air-fuel ratio for starting and various engine conditions.
3) Issues like excessive fuel consumption, sluggish engine performance, poor idling,
The document discusses carburetion in small engines. It describes the components of a small engine fuel system including the carburetor. The carburetor atomizes fuel into a fine spray and mixes it with air. It regulates the ratio of fuel to air and the amount of fuel-air mixture entering the combustion chamber. The ratio is controlled by needle valves and affects engine performance. The document then discusses the principles of carburetor operation including how vacuum pulls fuel into the air stream and how choke valves and butterfly valves control the fuel-air ratio during starting and operation. It describes the main types of carburetors including float, suction-lift, and diaphragm types.
This document outlines the syllabus for an advanced internal combustion engines course. The course is divided into 5 units that cover topics such as: carburetion and combustion in spark ignition engines; compression ignition engines; engine exhaust emission control; alternate fuels; and recent engine technologies. Unit 1 discusses the air-fuel ratio requirements for spark ignition engines, carburetor design and operation, combustion stages, knock factors, and thermodynamic analysis of the combustion process.
This document discusses three common types of small engine carburetors: natural or side draft, updraft, and downdraft. The natural or side draft carburetor is used when space is limited above the engine and allows air to flow horizontally into the manifold. The updraft carburetor is placed low on the engine and uses gravity to feed fuel from an above tank to the carburetor, forcing the air-fuel mixture upward. The downdraft carburetor operates with lower air velocities and larger passages, providing larger volumes of fuel when needed and allowing gravity to assist the air-fuel mixture flow.
A simple carburetor can only supply the correct air-fuel ratio at one throttle position. To address this, modern carburetors include additional systems like an idling system, auxiliary port system, power enrichment system, and accelerating pump system. These systems allow the carburetor to meet the engine's demands under different operating conditions like idling, cruising, acceleration, and high power.
Fuel injectors mix fuel and air before combustion in internal combustion engines. There are two main types: direct injection injects fuel directly into the cylinder, while indirect injection mixes fuel and air in a separate chamber first. Direct injection is more efficient but also more prone to issues. Performance can be increased by modifying injectors to have higher discharge coefficients, larger nozzle areas, and greater pressure differentials, but this also reduces fuel efficiency.
This document discusses advances in internal combustion engines. It begins by introducing IC engines and classifying them based on combustion and strokes. Major areas of advancement discussed include engine design, material selection, timing controls, fuel injection, and combustion. Specific technologies covered are variable valve timing, active valve trains, cylinder deactivation, direct injection, superchargers, turbochargers, and six-stroke engines.
The document discusses carburetor theory and operation. Variable venturi or "slide" carburetors provide fuel-air mixtures through circuits that control flow for different conditions like starting, idle, and main circuits. Carburetor tuning must balance providing the optimal fuel-air ratio without overheating the engine. Plug readings and piston wash can evaluate mixture ratios at different throttle positions. Adjusting jet sizes accounts for changing air density due to temperature, altitude, and humidity.
This document summarizes trends in automobiles from the past to present and future. In the past, cars had 3-4 cylinder engines running on petrol or diesel with rack and pinion steering and hard brakes. Now, cars have more efficient supercharged or turbocharged engines running on various fuels, with power steering, advanced braking systems, and safety features. In the future, vehicles will run cleaner and faster, using technologies like hybrid power and hydrogen fuel cells to improve fuel efficiency and reduce emissions.
Creating an Open Source Office: Lessons from TwitterChris Aniszczyk
The document discusses lessons learned from creating an open source office at Twitter. It describes how Twitter has been built on open source software since the beginning. It also discusses several important open source projects Twitter has created and contributed to, such as Bootstrap, Mesos, Twemcache, and Parquet. Some key lessons highlighted include choosing licenses diligently, collaborating with the community from the start of projects, and ensuring projects have owners if contributors leave the company. The talk emphasizes that community building is important for open source projects and that developer advocates are valuable for growing contributions.
The document lists various hardware platforms, software tools, and resources for creative applications using technologies like Arduino, Raspberry Pi, Processing, and OpenFrameworks. It provides links to sites for hardware boards, sensors, shields, libraries, toolkits, and examples of projects using these open source platforms for interactive art, installation, and mobile development. The document serves as a starting point for exploring physical computing and creative coding resources.
The document discusses iOS app development, including why to make mobile apps, how to get started, and resources for learning. It shares the story of one developer who created two apps - a browser called Cyberspace and an editor called Writing Kit. The developer broke the projects into components, shipped early versions, continued refining through updates, and promoted the apps through words of mouth, websites and advertising. The document recommends building something as a way to get started and provides a list of books, courses and forums for learning iOS development.
This document provides an overview of digital marketing tools that can help startups. It discusses website building tools like Balsamiq and Wix. It also covers tools for wireframing, stock images, SEO like Ahrefs and SEMrush, social media analytics, content marketing, email marketing like MailChimp, landing pages, and PR. The document emphasizes investing in content marketing and recommends tracking results to improve digital strategies over time.
DroidCon Paris 2013 - Recap at the Mobile Innovations Dakar MeetupChristelle Scharff
This document summarizes talks and resources from DroidCon Paris. It discusses the GenyMotion Android emulator, Algolia SDK for offline search, useful Android tools and libraries, the popular Falcon Pro Twitter client app, integrating haptics into Android, Firefox OS and Intel Android devices, Google Glass and wearable devices, and resources for Android development in France such as startup funding and mobile advertising platforms.
Mike Schroder gives a presentation on contributing to the WordPress core code. He introduces himself and his background. He outlines the WordPress release cycle and emphasizes starting small by finding bugs to fix on Trac. He details the steps to take a bug from identification to submitting a patch, including getting the source code, applying any patches, creating a new patch, and attaching it to the bug report. He advises contributors to ask for help on IRC and Twitter if their patch is rejected and to work with the community to improve WordPress.
* Blog Post: http://wakeupandcode.com/xamarin-xbox-bots-hololens/
* PPTX: http://wakeupandcode.com/public_downloads/01-XamarinIntro.pptx
Xamarin is now a part of Microsoft and is included at no extra charge with any version of Visual Studio, even the free Community Edition! Build mobile apps for iOS, Android and Windows all from Visual Studio using C#!
Intro to Xamarin: Cross-Platform Mobile Application DevelopmentShahed Chowdhuri
Xamarin is now a part of Microsoft and is included at no extra charge with any version of Visual Studio, even the free Community Edition! Build mobile apps for iOS, Android and Windows all from Visual Studio using C#!
AI/ML/DL: Getting Started with Machine Learning on AzureMarvin Heng
The machine learning allows your application gets smarter and smarter over the time. It can predict more accurately, identify purposes more precisely and it keeps learning by itself.
Read more @ www.techconnect.io
by Marvin, Heng
Twitter: @hmheng
Blog: www.techconnect.io
#artificialintelligence #ai #MachineLearning
Boca Raton Android Developers meetup kick off talk. Being the very first meetup meeting, I thought it a good idea to talk about all the opportunities open to Android Developers and shared some developer resources
The document discusses carburetion in small engines. It describes the components of a small engine fuel system including the carburetor. The carburetor atomizes fuel into a fine spray and mixes it with air. It regulates the ratio of fuel to air and the amount of fuel-air mixture entering the combustion chamber. The ratio is controlled by needle valves and affects engine performance. The document then discusses the principles of carburetor operation including how vacuum pulls fuel into the air stream and how choke valves and butterfly valves control the fuel-air ratio during starting and operation. It describes the main types of carburetors including float, suction-lift, and diaphragm types.
This document outlines the syllabus for an advanced internal combustion engines course. The course is divided into 5 units that cover topics such as: carburetion and combustion in spark ignition engines; compression ignition engines; engine exhaust emission control; alternate fuels; and recent engine technologies. Unit 1 discusses the air-fuel ratio requirements for spark ignition engines, carburetor design and operation, combustion stages, knock factors, and thermodynamic analysis of the combustion process.
This document discusses three common types of small engine carburetors: natural or side draft, updraft, and downdraft. The natural or side draft carburetor is used when space is limited above the engine and allows air to flow horizontally into the manifold. The updraft carburetor is placed low on the engine and uses gravity to feed fuel from an above tank to the carburetor, forcing the air-fuel mixture upward. The downdraft carburetor operates with lower air velocities and larger passages, providing larger volumes of fuel when needed and allowing gravity to assist the air-fuel mixture flow.
A simple carburetor can only supply the correct air-fuel ratio at one throttle position. To address this, modern carburetors include additional systems like an idling system, auxiliary port system, power enrichment system, and accelerating pump system. These systems allow the carburetor to meet the engine's demands under different operating conditions like idling, cruising, acceleration, and high power.
Fuel injectors mix fuel and air before combustion in internal combustion engines. There are two main types: direct injection injects fuel directly into the cylinder, while indirect injection mixes fuel and air in a separate chamber first. Direct injection is more efficient but also more prone to issues. Performance can be increased by modifying injectors to have higher discharge coefficients, larger nozzle areas, and greater pressure differentials, but this also reduces fuel efficiency.
This document discusses advances in internal combustion engines. It begins by introducing IC engines and classifying them based on combustion and strokes. Major areas of advancement discussed include engine design, material selection, timing controls, fuel injection, and combustion. Specific technologies covered are variable valve timing, active valve trains, cylinder deactivation, direct injection, superchargers, turbochargers, and six-stroke engines.
The document discusses carburetor theory and operation. Variable venturi or "slide" carburetors provide fuel-air mixtures through circuits that control flow for different conditions like starting, idle, and main circuits. Carburetor tuning must balance providing the optimal fuel-air ratio without overheating the engine. Plug readings and piston wash can evaluate mixture ratios at different throttle positions. Adjusting jet sizes accounts for changing air density due to temperature, altitude, and humidity.
This document summarizes trends in automobiles from the past to present and future. In the past, cars had 3-4 cylinder engines running on petrol or diesel with rack and pinion steering and hard brakes. Now, cars have more efficient supercharged or turbocharged engines running on various fuels, with power steering, advanced braking systems, and safety features. In the future, vehicles will run cleaner and faster, using technologies like hybrid power and hydrogen fuel cells to improve fuel efficiency and reduce emissions.
Creating an Open Source Office: Lessons from TwitterChris Aniszczyk
The document discusses lessons learned from creating an open source office at Twitter. It describes how Twitter has been built on open source software since the beginning. It also discusses several important open source projects Twitter has created and contributed to, such as Bootstrap, Mesos, Twemcache, and Parquet. Some key lessons highlighted include choosing licenses diligently, collaborating with the community from the start of projects, and ensuring projects have owners if contributors leave the company. The talk emphasizes that community building is important for open source projects and that developer advocates are valuable for growing contributions.
The document lists various hardware platforms, software tools, and resources for creative applications using technologies like Arduino, Raspberry Pi, Processing, and OpenFrameworks. It provides links to sites for hardware boards, sensors, shields, libraries, toolkits, and examples of projects using these open source platforms for interactive art, installation, and mobile development. The document serves as a starting point for exploring physical computing and creative coding resources.
The document discusses iOS app development, including why to make mobile apps, how to get started, and resources for learning. It shares the story of one developer who created two apps - a browser called Cyberspace and an editor called Writing Kit. The developer broke the projects into components, shipped early versions, continued refining through updates, and promoted the apps through words of mouth, websites and advertising. The document recommends building something as a way to get started and provides a list of books, courses and forums for learning iOS development.
This document provides an overview of digital marketing tools that can help startups. It discusses website building tools like Balsamiq and Wix. It also covers tools for wireframing, stock images, SEO like Ahrefs and SEMrush, social media analytics, content marketing, email marketing like MailChimp, landing pages, and PR. The document emphasizes investing in content marketing and recommends tracking results to improve digital strategies over time.
DroidCon Paris 2013 - Recap at the Mobile Innovations Dakar MeetupChristelle Scharff
This document summarizes talks and resources from DroidCon Paris. It discusses the GenyMotion Android emulator, Algolia SDK for offline search, useful Android tools and libraries, the popular Falcon Pro Twitter client app, integrating haptics into Android, Firefox OS and Intel Android devices, Google Glass and wearable devices, and resources for Android development in France such as startup funding and mobile advertising platforms.
Mike Schroder gives a presentation on contributing to the WordPress core code. He introduces himself and his background. He outlines the WordPress release cycle and emphasizes starting small by finding bugs to fix on Trac. He details the steps to take a bug from identification to submitting a patch, including getting the source code, applying any patches, creating a new patch, and attaching it to the bug report. He advises contributors to ask for help on IRC and Twitter if their patch is rejected and to work with the community to improve WordPress.
* Blog Post: http://wakeupandcode.com/xamarin-xbox-bots-hololens/
* PPTX: http://wakeupandcode.com/public_downloads/01-XamarinIntro.pptx
Xamarin is now a part of Microsoft and is included at no extra charge with any version of Visual Studio, even the free Community Edition! Build mobile apps for iOS, Android and Windows all from Visual Studio using C#!
Intro to Xamarin: Cross-Platform Mobile Application DevelopmentShahed Chowdhuri
Xamarin is now a part of Microsoft and is included at no extra charge with any version of Visual Studio, even the free Community Edition! Build mobile apps for iOS, Android and Windows all from Visual Studio using C#!
AI/ML/DL: Getting Started with Machine Learning on AzureMarvin Heng
The machine learning allows your application gets smarter and smarter over the time. It can predict more accurately, identify purposes more precisely and it keeps learning by itself.
Read more @ www.techconnect.io
by Marvin, Heng
Twitter: @hmheng
Blog: www.techconnect.io
#artificialintelligence #ai #MachineLearning
Boca Raton Android Developers meetup kick off talk. Being the very first meetup meeting, I thought it a good idea to talk about all the opportunities open to Android Developers and shared some developer resources
Graham Armfield of Coolfields Consulting provides an overview of useful accessibility tools. These include hardware tools like keyboards, browser extensions that evaluate accessibility like WAVE and aXe, screen readers like NVDA and VoiceOver, the Color Contrast Analyzer tool, and WordPress plugins like WP Accessibility and Content Author Accessibility Preview. He demonstrates several of the tools and provides links to learn more. The tools are meant to help evaluate and improve the accessibility of web pages.
Useful Accessibility Tools - WP Pompey April 2019Graham Armfield
Updated version of my presentation showing some useful tools people can use to test out the accessibility of their site.
The tools range from hardware - ie using a keyboard, through browser extensions and favlets, to a couple of WordPress plugins that can help improve the accessibility of a WordPress website.
Some of the tools can also be used by those with disabilities or impairments to more easily access and deal with websites that are not fully accessible.
Smart Use of Smart Phone
by Chheda Sanjay Visanji
at CVOCA Association
at Dadar East CPE Study Circle of WIRC of ICAI
at KVO CA's Wives Forum
Apps for Smart Phone
Which Smart Phone to Buy
Whether to buy Single Sim or Double Sim
How to improve Phone Battery Life
What to do to avoid Phone Getting Hang
JB Nagar Study Circle
jbnagarcpe@gmail.com
Kandivali CPE Study Circle
This document introduces WordPress, including its history as a blogging platform started in 2003. Key statistics are provided about WordPress' popularity, with over 26% of websites using it and it having 59% market share. Reasons for using WordPress include that it is free, open source, has a large community and plugin/theme library, and is easy to use. WordPress is comprised of an engine (WordPress itself), themes to change the design, and plugins to add extensions. The document discusses how WordPress can be used for blogs, business sites, portfolios, and more. It also notes that both developers and non-developers can use WordPress.
This document provides an overview of modern web development including products, languages, frameworks, content management systems, architecture, services and case studies. It discusses key concepts like what constitutes a product versus a project, popular programming languages for web and mobile including JavaScript, frameworks like Express and React, CMS options, client-side rendering, and using external services.
Contributing to WordPress - Software Freedom Day 2015 (Mumbai)Alexander Gounder
The document discusses different ways to contribute to the WordPress open source project, including development, design, documentation, translation, and community support. It provides links to resources on the WordPress site for contributing code, testing, reporting bugs, writing documentation, and participating in language translation projects. The document encourages contributing to WordPress and provides reminders about following GPL licensing and asking for help.
The document summarizes Catherine Ritz's presentation at the MaFLA Fall Conference in October 2012. The presentation aimed to help teachers make their classrooms more tech-friendly by providing resources for classroom management, Web 2.0 student projects, and mobile technology student projects. The agenda covered setting up class websites and management sites, using tools like flashcards, Dropbox, and Twitter for professional development, and exploring options for student voice recordings, digital storytelling, polling and interactive images using apps and websites.
Similar to Make Android Apps without Programming Skill (20)
Dokumen tersebut memberikan panduan bagi blogger untuk dapat mengembangkan blog menjadi bisnis online (blogpreneur) dengan memanfaatkan berbagai fitur dan optimisasi seperti konten, tema, mesin pencari, merek, iklan, toko online, dan lainnya. Dokumen ini juga mengingatkan pembaca untuk terus belajar dan tidak mengharapkan keuntungan secara instan.
Dokumen tersebut membahas tentang jailbreak dan custom ROM pada perangkat Android. Secara singkat, jailbreak memungkinkan pengguna mendapatkan akses root untuk menginstal aplikasi dari sumber lain selain Google Play. Sedangkan custom ROM merupakan versi sistem operasi Android yang dimodifikasi oleh pengembang independen untuk meningkatkan kinerja perangkat.
Dokumen tersebut merupakan panduan lengkap untuk membuat dan mengelola blog menggunakan layanan gratis WordPress.com. Panduan ini menjelaskan proses registrasi akun WordPress.com, cara membuat posting, halaman, kategori, dan link serta mengatur tampilan blog.
This document provides tips and encouragement for bloggers to continue blogging and improve their skills. It recommends bloggers focus on their passions when writing, keep content updated and optimized for search engines, and avoid sensitive topics. Bloggers are encouraged to share their blogs on social media, join communities, and can potentially monetize their blog but should keep a focus on sharing information. The key messages are to keep blogging, improve content and layout over time, and make the most of additional promotion opportunities while avoiding controversial topics.
Linux adalah sistem operasi gratis dan sumber terbuka yang didistribusikan dalam bentuk distro dan berlisensi GPL. Linux dapat digunakan untuk desktop maupun server dan memiliki koleksi perangkat lunak yang lengkap.
Dokumen tersebut membahas tentang penggunaan media sosial secara bijak dan aman, dengan memberikan contoh kasus yang terjadi akibat penggunaan media sosial yang tidak bertanggung jawab, serta tips untuk berinternet dengan bijak.
This document discusses Ubuntu 11.10 Oneiric Ocelot, the next release of the Ubuntu operating system. It provides an overview of Ubuntu's philosophy of openness and freedom for users. It also previews some of the new features and updated components in 11.10, including the Linux 3.0 kernel, GNOME 3, and the removal of some applications like PiTiVi. Support resources for the Ubuntu community in Solo, Indonesia are listed at the end.
Dokumen tersebut membahas tentang perkembangan media sosial online dari tahun 1990 hingga 2000-an dan bagaimana pengguna internet mulai berperan aktif dalam menghasilkan konten (user generated content). Dokumen tersebut juga menjelaskan berbagai jenis media sosial dan bagaimana warga biasa dapat berperan sebagai jurnalis warga melalui blog dan jejaring sosial.
Dokumen tersebut memberikan panduan singkat tentang apa itu blog, jenis-jenis blog, alasan membuat blog, dan tips untuk membuat blog menarik dan mudah dipromosikan.
ProSocial Behaviour - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Understanding of Self - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
You may be stressed about revealing your cancer diagnosis to your child or children.
Children love stories and these often provide parents with a means of broaching tricky subjects and so the ‘The Secret Warrior’ book was especially written for CANSA TLC, by creative writer and social worker, Sally Ann Carter.
Find out more:
https://cansa.org.za/resources-to-help-share-a-parent-or-loved-ones-cancer-diagnosis-with-a-child/
As we navigate through the ebbs and flows of life, it is natural to experience moments of low motivation and dwindling passion for our goals.
However, it is important to remember that this is a common hurdle that can be overcome with the right strategies in place.
In this guide, we will explore ways to rekindle the fire within you and stay motivated towards your aspirations.
Procrastination is a common challenge that many individuals face when it comes to completing tasks and achieving goals. It can hinder productivity and lead to feelings of stress and frustration.
However, with the right strategies and mindset, it is possible to overcome procrastination and increase productivity.
In this article, we will explore the causes of procrastination, how to recognize the signs of procrastination in oneself, and effective strategies for overcoming procrastination and boosting productivity.
Aggression - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
2. • Make Web/blog/feed launcher
• Make Interactive e-book/e-magz
• Make Android Themes
• Make Android Games
• Instan Android Dev. Why Not..?
After this workshop, what Can We Do…?