Why is Blue in the Sky?

The sky’s distinctive blue hue results from scattered sunlight. When sunlight strikes atmospheric particles such as nitrogen and oxygen molecules, their molecules scatter it with more blue wavelengths. Blue wavelengths tend to scatter more easily than red ones; this phenomenon is known as Rayleigh scattering. The Sun The Sun is responsible for giving the sky…

Spacecraft Missions

Spacecraft are vehicles designed to carry humans safely into space and back down again without crushing them during launch, reaching their destinations alive and undamaged, before returning safely back down again. Spacecraft have been deployed across our solar system and beyond in order to investigate other bodies in our galaxy and beyond. While some remain…

Ancient Greek Fun Facts

Ancient Greeks were at the forefront of history, philosophy, athletics and architecture development – this digital package will teach you how to read ancient Greek while offering exciting activities suited to home learning. Mount Olympus is home to twelve gods and goddesses believed to reside within its confines, along with cheesecake and the yo-yo! Additionally,…

Why is the Sky Blue Myth?

Are You Wondering Why the Sky Is Blue? (Ps. 417)? : Many have pondered this question since mankind first explored space. As light enters the atmosphere, it interacts with air molecules primarily composed of nitrogen and oxygen atoms that scatter its various wavelengths; this allows blue light waves to travel further than others. It’s a…

Interesting Roman Facts

Rome wasn’t built overnight; and neither was its epic history. It tells the tale of how a small village became one of the greatest empires on Earth. Romans were well known to display a more wild side than most cultures; their sexual appetite for women was especially notorious – legalization allowed for multiple mistresses per…

Spacecraft Propulsion

As rocket engines open their nozzles and unleash thrust, Newton’s third law comes into effect: for every action taken there will be an equal and opposite reaction. Sandra Bullock’s fire-extinguisher from Gravity worked due to being pushed against an object; but is that possible in space where there’s nothing for it to push against? Chemical…