Surprising Facts about Online Learning statistics

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E-learning Statistics for 2022: Surprising Facts, Demographics, Trends, and More

Technology has revolutionized learning and teaching. Seminars and lectures are no longer limited to the classroom.

Why not?

Because students and teachers now have access to a wide range of digital tools, including smartphones, virtual learning systems, online courses, and even various other tools. Digital textbooks are also available on several platforms. It doesn’t matter if it’s printed; it can also be available on the Kindle application.

Here is the deal:

Online learning can gather data to identify the strengths and weaknesses of each student. The platform can adapt its approach to make the learning process easy and enjoyable based on these data.

In addition, e-learning has already become a multi-billion-dollar business. It’s expected to grow significantly ($350 billion over the next three years).

Nevertheless, e-learning is not without its challenges. It’s never been easy to keep online students engaged. It is still a challenge today. Skepticism is also common among faculty and students.

Despite these obstacles, collected data shows that e-learning is becoming more popular nowadays.

This article will discuss some fascinating e-learning statistics in 2022 and beyond.

Are you interested? I’m sure

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Stardust’s surprising discovery by NASA | Science & Technology

Interestingly, this is something the aptly named Stardust Spacecraft did not originally set out to discover, but it’s a question that its findings have provoked. And it’s all thanks to including the lightest substance in the world onboard.

Stardust is known for its involvement with the Deep Impact NASA mission to the comet Tempel-1. However, this was not Stardust’s first mission, nor its primary one. Before Tempel 1, Stardust was out collecting data on another comet by doing something that no other probe before it had done.

An artist’s rendering of NASA’s Stardust / Stardust NExT spacecraft.Credit to NASA / JPL-Caltech.

Its mission was to travel to the Comet Wild 2, collect some of the material from its Coma, and then deliver the sample intact back to Earth. And given that this would involve catching particles that were moving at over 23,000 kilometers per hour, all without damaging them, this was no easy task.

We explore how Stardust managed to accomplish this incredible feat and uncover what Stardust’s findings taught us about cometary origins, as well as our own. In the late 1990s, Cometary Science was still in the early stages.

Although we had sent 6

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