What happens if you look at the eclipse without glasses?
Space & NavigationECLIPSE BLINDNESS Prolonged exposure to the sun’s light can cause “retinal burns.” Exposure can damage or even destroy cells in the retina (back of the eye) that transmit what you see to the brain. The damage can be temporary or permanent and occurs with no pain.Aug 21, 2017 How long does it take to go
What is an example of Y axis?
Space & NavigationThe Y-Axis: Making Sense of the Vertical World Ever looked at a graph and wondered what that vertical line is all about? That’s the y-axis, and trust me, it’s way more interesting than it sounds! It’s a fundamental part of how we visualize data and understand relationships between, well, pretty much anything. Let’s break it
What is CSC Trig?
Space & NavigationCosecant? Trig’s Unsung Hero (and Why You Should Care) Okay, so you know sine, cosine, tangent – the usual suspects of trigonometry. But have you ever stumbled upon cosecant and thought, “What is that thing?” Well, buckle up, because we’re about to dive into the world of csc(θ), and trust me, it’s more useful than
What statement about rational and irrational numbers is always true?
Space & NavigationRational vs. Irrational Numbers: What’s Always True? Numbers. They’re the building blocks of, well, everything mathematical. And when you start digging into the different types of numbers, things get interesting. Today, let’s talk about rational and irrational numbers – two fundamental categories that might seem a bit abstract at first, but trust me, they’re worth
What planet has a shorter year than Earth?
Space & NavigationMercury’s Year: Blink and You’ll Miss It! Ever wonder how long a year is on other planets? Turns out, it’s wildly different from what we’re used to here on Earth. And when it comes to a quick trip around the sun, one planet takes the crown: Mercury. This little guy, the baby of our solar
How do you calculate rotation?
Space & NavigationCracking the Code of Rotation: A Friendly Guide Ever watched a figure skater spin effortlessly or marveled at the gears inside a clock? What you’re witnessing is rotation in action, a fundamental concept that governs movement in a circle. But how do we actually calculate this spinning motion? It’s more than just saying something is