Standing nearly 600 feet tall, the tallest statue on Earth is India’s Statue of Unity. To put its enormity in perspective, Real Data created a size comparison using 3D models, starting with the height of an average human, then a number of other iconic statues around the world.
Have you ever wondered how the gravity on different planets might affect your ability to throw a ball? Dr. James O’Donoghue created this infographic that explores how far and high you could toss a ball, assuming no air resistance. Basically, on Mars, Mercury, and Pluto, you could hit a home run without a baseball bat.
Stuart Gardiner Design makes a variety of informative kitchen towels, including this duo which help you decide what wine to pair with dinner. Simply pick the red or white wine towel, select your foods, and the grid will tell you what wine styles work and what won’t. They also make a beer pairing towel.
In 1971, the 1,250 foot-tall Empire State Building was the tallest building on Earth. Today, the Burj Khalifa, is more than twice that height, at 2,717 feet. MetaBallStudios offers up a visual comparison of the tallest skyscrapers along with some planned and conceptual future projects which could tower over the Burj.
If you’ve ever wondered how big a blue whale is compared to a human, check out Goji Center’s video, which compares the relative sizes of various marine life. What makes it more interesting is that the animated chart also includes extinct sea creatures. We had no idea that there was a 120-foot-long jellyfish out there.
After following James Cameron’s epic journey to the bottom of the Mariana Trench, we knew Earth’s oceans were deep. But it wasn’t until MetaBallStudios put together this video infographic that illustrates relative depths that we realized just how far down the bottom is… like 7000 feet further than the top of Mt. Everest.
Solar energy is out there for the taking, but is it really free? Wren from Corridor Crew digs into the realities of generating power from various energy sources, and illustrates the number of solar panels and space we’d need to replace dangerous fossil fuels with clean solar energy.
Celebrate your love for Scotch whisky with Pop Chart’s cartographic catalog of Scotland’s deliciously drinkable export. This 24″ x 36″ print explores the nation’s Scotch-producing regions, maps their distillery’s locations, and lists their various expressions in a detailed table below.
Imagine for a moment that humans have started to colonize space. Just like here on Earth, conflicts are likely to arise, and weapons may be drawn. The Infographics Show explores the physics at work in an outer space battle and how guns and bullets might work on asteroids, planets, and in the void of space.
Some organisms and structures are so small that they can’t be seen by the naked eye. To give us a sense of how big they are compared to each other, MetaBallStudios scaled up some of these tiny objects to the size of more relatable objects like soda cans and skyscrapers to give us a much better idea of their relative sizes.
Ever wanted to know how slowly a sloth moves compared to a rocket sled? This infographic video answers that question and many more. MetaBallStudios used lines of varying lengths to illustrate the relative speeds and distances traveled by various things, first comparing things slower than a human walking, then faster.
Now that we know how slowly objects fall on various planets, learn how fast you’d need to be moving to escape those same planets in a rocket. Dr. James O’Donoghue’s animated infographic might seem counterintuitive at first, but you can escape planets with larger masses faster because your velocity would be higher.
Just how different are the gravitational forces on the planets in our solar system? Planetary scientist Dr. James O’Donoghue provides a great visual that compares the speed of a ball being dropped from 1 km onto each planet, as well as the sun, moon, and the asteroid Ceres where things take a really, really long time to fall.
While most cars have less than 300 hp, there are some sports cars that can hit 1000 hp or more. In this collab between Reigarw Comparisons and MetaBallStudios, they look at the power produced by everything from a Toyota Corolla to the Thrust SSC rocket car. They also compared cars to airplanes, tanks, and rockets.
We’re used to seeing our solar system illustrated in concentric rings. This helps us to understand their positions, but this animation by Dr. James O’Donoghue provides a different perspective, showing the relative sizes, rotational speeds, and axial tilts of everything from the dwarf planet Ceres to our mighty Sun.
It’s been some time since we set foot into a video arcade, but back in the day, we pumped more than our share of quarters into arcade machines. Captain Gizmo gathered data on which games raked in the most coin over the years, and it’s amazing how little the rankings changed since the 1980s once you adjust for inflation.
If you can believe it, there was a time when “Google Plus” was the most popular search phrase in the U.S. V1 Analytics‘ infographic video looks back at Google search data from 2010 to the beginning of 2020, showing off the top trending search phrases for each state, from “Dr. Oz” to “Here Comes Honey Boo Boo.”
’80s and ’90s kids surely remember how Blockbuster dominated the home video rental landscape before Netflix and streaming took over. This animated infographic from V1 Analytics shows the rise and fall of the business as its stores popped up and vanished across the nation between 1986 and 2019.
Remember when Home Improvement was the biggest show on TV? Or Roseanne? Data Broz put together this motion infographic which recaps the shifting interests of the U.S. TV viewing public over nearly 70 years. We had no idea that The Beverly Hillbillies was so wildly popular. (Pro tip: play at 2x speed for faster viewing.)
Dr. James O’Donoghue posts all kinds of informative motion graphics on his YouTube channel. Here, he stacked slices of the Solar System’s planets to show how their rotational speeds vary. You can view it flat, or projected onto a sphere. He’s also got a version that accounts for for differences in rotational direction.
The earth gets pelted by small meteorites on a regular basis, but bigger bits of asteroids breaking through are far less common. MetaBallStudios does their best to give us a sense just how big some of these space rocks can be, standing them besides the skyscrapers of NYC for comparison.
Ever wonder why we add a day to the end of every fourth February? Well, as it turns out, the Earth orbits the sun every 365.242 days, so we get off by about a quarter day every year. Dr. James O’Donoghue provides a concise graphical explanation of this time tweak we do to make things right, and what would happen without leap years.
Reigarw Comparisons already showed us the chances of winning big and how we might perish. Now they’re back to explore just how unlikely it is that you’d possess one of the many real-world “superpowers” that our genes can bestow us with. Now imagine how slim the odds are of having multiple mutations.
Ever wonder what the chances were of stumbling upon naturally-occurring gold or platinum? Reigarw Comparisons returns with another infographic video to explore the probabilities of finding a randomly occurring atom of substances on Earth, from the wildly prolific oxygen, to the incredibly rare Element 118.
Over its 4-ish billion year history, the Earth has seen some dramatic changes. Algol does a great job conveying some of the milestones of our planet’s development through this animated infographic, which shows changes in the Earth’s average temperature, atmospheric composition, and day length throughout its lifetime.
Do you know what’s beneath your feet? Go deeper than the dirt and the rocks and the water, and you’ll eventually get to the Earth’s crust. This great infographic video from Dr James O’Donoghue (@physicsJ) and Dr. Christine Houser (@seismodoc) illustrates the materials comprising the crust, as well as their proportions.