Рет қаралды 27,852
Be sure to LIKE the video and SUBSCRIBE
www.KZbin.com...
● My Twitter - / mikeinhd
● My Twitch: / mikeridolfi
● My Google+ - google.com/+Mik...
● My Instagram - / mikeinhd
● My Facebook - / thesyndicatep. .
● My Science Channel -www.youtube.co...
In Destiny you can go to a number of different bodies in the solar system. Earth and the moon, venus, and mars. So how do they compare to their real life counterparts? Okay, so starting out, the average height of an Australian woman is about 1.75 meters while an australian man is about 1.85 meters. So starting with the only habitable place in the solar system, Earth, I enlisted the help of my two Australian friends Bex and Sneaky. So utilizing the height of a person, in Destiny you can jump about 2.25 meters (7.5 feet) and it takes about 6/10ths of a second to drop back down to earth. This brings the local gravity to about 12.5 m/s2. which is about 27% higher than the actual. Considering the gravity for every planet in Destiny is the exact same, it’s about 7.5 time stronger on the moon and 3.4 time on mars. In fact on the moon, your character should be able to jump about 6 times higher.
Speaking of moons. Mars has two moons, Phobos and Deimos. What do you know there’s Phobos and there’s Deimos. Phobos is so small in real life that a 150 lb human would would weight about two ounces. Moving on to Venus, it appears they completely omitted it’s moon. This makes total sense because Venus doesn’t actually have a moon. But what doesn’t make total sense is why you’re able to walk on Venus. Due to the dense cloud cover, on the surface the, pressure would be about 93x higher than on Earth, which is equivalent to being about 930 meters below the ocean. With this combination of temperatures and pressures, CO2 could actually in its liquid state… which is pretty concerning since i’ve been sitting in this puddle for quite some time.
Back to Mars. Deimos is about half the size of Phobos and about twice as far away, making it look more like a star than a moon. Phobos on the other hand would appear about a third the size as our moon but much dimmer. In Destiny they appear either massive or close. On the moon, you could see Earth innocently spinning in the distance. It’s so close though, you could basically see your house from here and a destroyed space station appears to be completely stationary about two hundred feet from the surface. If you want to know why that couldn’t happen, go check out my video about Halo.
Anyways, Destiny is just a game and there are legitimate reasons to normalize the gravity or neglect pressures and temperatures. And let’s be honest, the earth looks pretty awesome from here.
Have what it takes to get paid for your videos? Email me at MikeInBussiness@gmail.com and I'll take a look. If I like what I see, I'll point you in the right direction!