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Update for Internet Explorer 11 for Windows 8.1 (KB2901549) Important! Selecting a language below will dynamically change the complete page content to that language. Download OldNewExplorer - Tweak the appearance and functions of the Windows Explorer included within Windows 8, 8.1 and 10, restoring the default Windows 7 looks and functions.

1. News Explorer 1 8 15 Esv Commentary
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News Explorer is an innovative news reader built exclusively for the ecosystem of the block with iCloud – based synchronization between iPhone, iPad, iPod touch, Mac, Apple Watch and Apple TV.

Full Synchronization
• News Explorer syncs your subscriptions, folder settings, news, read the states and favorites on all Apple devices.
• Synchronization is based on iCloud, so there is no need to login or to register for any other service, just works out of the box.
• engine capacity high speed flow.

Productive Interface
• Cleaning 100% native user interface without distractions
• Built-in browser to view online links and other references
• Topics
Default ◦: Interface light colored carefully designed
◦ dark 'night mode' useful interface
◦ System: based on standard system colors and controls
◦ YinYang: combines the dark sidebar interface with clear tones
• Support Split view
• full screen Support

custom Readout
• smart Filters
◦ latest News: all news from the last 2 days
◦ unread News: News unread
favorites ◦: all items News bookmarked
• Read your news online
• the Mark items as favorites for later reading
• Browse with a single click with original content
• View timeline shows your news in an appealing manner similar to daily
• Full text search
• Full keyboard navigation
• Picture Viewer built to access images News
• share news articles via e-mail, messages, Twitter, Facebook and

organizational support
• Add new RSS feeds manually or use the integrated search function
• extension support power allow you to open RSS feed URL news
• Group subscriptions using folders
• Rename and change the order of folders and subscriptions, drag and drop
• Import and export OPML Red giant magic bullet suite 12 download free.

usability features
• Global filters let you filter all subscriptions and unread Related news and favorite items.
• Support for enhanced navigation arrow key auto expansion and collapse the sidebar and the built -in browser.
• With the strength of the click, you can easily perform common actions used in selected news.
• Conduct rapid action with horizontal strokes on the list of news articles.
• pull subscription list to start a synchronization session.
• Application icon plate with unread items count.

Customization options
• customized storage period for each item status (read, unread and favorites).
• The open items can be automatically adjusted to read, immediately or after a period of request.
• Set all elements within a filter or feed reading with a single click, with the option to ask for confirmation above a certain number of unread messages.
• links news can be opened in the browser – based integrated Safari-view, controller or external URL that includes support for external applications.
• Synchronization with iCloud can be disabled, using only the built- in RSS high – speed motor.
• And much more

Last
• Supports RSS 2.0 and ATOM newsfeeds
• iCloud sync with CloudKit
• Swift 2.2
• Touch Force
• Transfer, where you left off
• Notifications
• Retina support

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In the News

This month marks the 60th anniversary of the launch of America's first satellite, Explorer 1. The small, pencil-shaped satellite did more than launch the U.S. into the Space Age. With its collection of instruments, or scientific tools, it turned space into not just a new frontier, but also a place of boundless scientific exploration that could eventually unveil secrets of new worlds – as well as the mysteries of our own planet.

A poster highlights the main characteristics of Explorer 1 and the Jupiter C rocket that launched it into space. Image credit: NASA

How They Did It

At the height of competition for access to space, the U.S. and the Soviet Union were both building satellites that would ride atop rockets in a quest to orbit Earth. The Soviets launched Sputnik 1 on October 4, 1957. Shortly thereafter, on January 31, 1958, the U.S. launched Explorer 1, the satellite that would begin a new age of scientific space exploration.

In the News

This month marks the 60th anniversary of the launch of America's first satellite, Explorer 1. The small, pencil-shaped satellite did more than launch the U.S. into the Space Age. With its collection of instruments, or scientific tools, it turned space into not just a new frontier, but also a place of boundless scientific exploration that could eventually unveil secrets of new worlds – as well as the mysteries of our own planet.

A poster highlights the main characteristics of Explorer 1 and the Jupiter C rocket that launched it into space. Image credit: NASA

How They Did It

At the height of competition for access to space, the U.S. and the Soviet Union were both building satellites that would ride atop rockets in a quest to orbit Earth. The Soviets launched Sputnik 1 on October 4, 1957. Shortly thereafter, on January 31, 1958, the U.S. launched Explorer 1, the satellite that would begin a new age of scientific space exploration.

Using rockets to do science from orbit was a brand-new option in the late 1950s. Before this time, rockets had only been used for military operations and atmospheric research. Still, rockets of that era weren't very reliable and none had been powerful enough to place an object into Earth orbit.

Rocket Activities

Explore our collection of standards-aligned lessons for grades K-9.

In order to lift Explorer 1 to its destination in Earth orbit, an existing U.S. Army rocket, the Jupiter C, was fitted with a fourth stage, provided by the Jet Propulsion Laboratory in Pasadena, California. For this stage, a rocket motor was integrated into the satellite itself. The new, four-stage rocket was called 'Juno 1.'

Prior to these first orbiting observatories, everything we knew about space and Earth came from Earth-based observation platforms – sensors and telescopes – and a few atmospheric sounding rockets. With the success of Explorer 1 and the subsequent development of more powerful rockets, we have been able to send satellites beyond Earth orbit to explore planets, moons, asteroids and even our Sun. With a space-based view of Earth, we are able to gain a global perspective and acquire a wide variety and amount of data at a rapid pace.

Why It's Important

This photograph shows the scientific instruments mounted inside Explorer 1 alongside its outer case. Image Credit: James A. Van Allen Papers (RG 99.0142), University Archives, The University of Iowa Libraries

News Explorer 1 8 15 Esv Commentary

This graphic shows the various components and science instruments aboard Explorer 1, including its primary science instrument, a cosmic ray detector. Image credit: NASA/JPL-Caltech

This graphic shows a cutaway diagram of the Van Allen belts along with the locations of a few Earth-orbiting spacecraft, including the Van Allen Probes. Image credit: NASA

The primary science instrument on Explorer 1 was a cosmic ray detector designed to measure the radiation environment in Earth orbit – in part, to understand what hazards future spacecraft (or space-faring humans) might face. Once in space, this experiment, provided by James Van Allen of the University of Iowa, revealed a much lower cosmic ray count than expected. Van Allen theorized that the instrument might have been saturated by very strong radiation from a belt of charged particles trapped in space by Earth's magnetic field. The existence of the radiation belts was confirmed over the next few months by Explorer 3, Pioneer 3 and Explorer 4. The belts became known as the Van Allen radiation belts in honor of their discoverer.

Although we discovered and learned a bit about the Van Allen belts with the Explorer missions, they remain a source of scientific interest. The radiation belts are two (or more) donut-shaped regions encircling Earth, where high-energy particles, mostly electrons and ions, are trapped by Earth's magnetic field. The belts shrink and swell in size in response to incoming radiation from the Sun. They protect Earth from incoming high-energy particles, but this trapped radiation can affect the performance and reliability of our technologies, such as cellphone communication, and pose a threat to astronauts and spacecraft. It's not safe to spend a lot of time inside the Van Allen radiation belts.

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Most spacecraft are not designed to withstand high levels of particle radiation and wouldn't last a day in the Van Allen belts. As a result, most spacecraft travel quickly through the belts toward their destinations, and non-essential instruments are turned off for protection during this brief time.

To conquer the challenge of extreme radiation in the belts while continuing the science begun by Explorer 1, NASA launched a pair of radiation-shielded satellites, the Van Allen Probes, in 2012. (The rocket that carried the Van Allen Probes into space was more than twice as tall as the rocket that carried Explorer 1 to orbit!)

The Van Allen Probes carry identical instruments and orbit Earth, following one another in highly elliptical, nearly identical orbits. These orbits bring the probes as close as about 300 miles (500 kilometers) above Earth's surface, and take them as far out as about 19,420 miles (31,250 kilometers), traveling through diverse areas of the belts. By comparing observations from both spacecraft, scientists can distinguish between events that occur simultaneously throughout the belts, those that happen at only a single point in space, and those that move from one point to another over time.

Watch the video above to learn more about the Van Allen Probes and a discovery they made shortly after starting their mission. Cleanmymac 3 3 9 4. Credit: NASA Goddard

Logic pro x 10 4 4 download. The Van Allen Probes carry on the work begun by Explorer 1 and, like all successful space missions, are providing answers as well as provoking more questions. NASA continues to explore Earth and space using spacecraft launched aboard a variety of rockets designed to place these observatories in just the right spots to return data that will answer and inspire questions for years to come.

Teach It

• *NEW* Build a Satellite (Grades 5-8) – Students will use the engineering design process to design, build, test and improve a model satellite intended to investigate the surface of a planet.
• Rocket Lessons and Activities (Grades K-9) – Use these exciting lessons to help your students experience the thrill of building their own rockets using the engineering design process!
• Earth Science Lessons and Activities (Grades K-12) – Use these lessons to engage your students in studying Earth from space!
• Build Your Own Space Mission – Have younger students play this game to place instruments aboard a spacecraft and launch it into space!
• Download the GLOBE Observer app and have students be citizen scientists in support of NASA Earth science missions! Learn more about how to participate.

Explore More

TAGS: Explorer 1, STEM, NASA in the Classroom, Lessons, Activities, Teachable Moments

This month marks the 60th anniversary of the launch of America's first satellite, Explorer 1. The small, pencil-shaped satellite did more than launch the U.S. into the Space Age. With its collection of instruments, or scientific tools, it turned space into not just a new frontier, but also a place of boundless scientific exploration that could eventually unveil secrets of new worlds – as well as the mysteries of our own planet.

• Ota Lutz, STEM Elementary and Secondary Education Specialist, NASA/JPL Edu

  Ota Lutz is a STEM elementary and secondary education specialist at NASA's Jet Propulsion Laboratory. When she's not writing new lessons or teaching, she's probably cooking something delicious, volunteering in the community, or dreaming about where she will travel next.