60 parsecs

In 60 Parsecs!, players are thrust into chaos as their space station is on the verge of destruction. With only 60 seconds to gather crucial items and crew members, every choice matters in this mad scramble for survival. The game combines humor with strategic decision-making, requiring players to manage resources, relationships, and their crew’s well-being as they navigate the dangers of space. Features of 60 Parsecs! - Scavenge & Evacuate: With only a minute to spare before your space station becomes debris, frantic scavenging is key. Players must quickly grab supplies and crew members while making split-second decisions about what might be most useful. Who knew a sock puppet could be a valuable item in deep space? - Survive & Decide: Every choice can spell life or death for your crew. Players face tough dilemmas using limited supplies, making difficult decisions to ensure survival in the face of danger. With the odds stacked against them, it's a constant battle to stay alive in the void of space. - Explore & Craft: Embark on expeditions to gather resources while crafting essential survival items. The game encourages exploration of diverse worlds, where creativity and resourcefulness are your best allies. Players will need to figure out how to turn basic materials into life-saving tools. - Lead & Protect: As the captain, managing crew dynamics is as crucial as managing supplies. Keeping the crew happy reduces the chances of mutiny and ensures a smoother journey. Players must balance relationships while navigating the erratic behavior of their astronauts, who can easily turn on one another. Release Date of 60 Parsecs! 2018-09-18Reviewed by Jason K. Menard

Quick navigation: How many Light years in one Parsec?Difference between Light years and ParsecsHow to convert Light years to Parsecs?ly to pc conversion table How many Light years in one Parsec? There are approximately 3.26 light years in one parsec (3.261563 accurate to six digits after the decimal point). The international symbol for light years is "ly" whereas for parsec it is "pc" so we can write 1 pc = 3.26 ly. Difference between Light years and Parsecs Light years express the distance covered by light in one year's time. A year is an Earth-centric measure of time, but other than that the definition of a light-year depends only on the speed of light which is a universal physics constant. This makes light years the unit of choice when it comes to expressing the vast distances between astronomical bodies. The parsec is defined as the distance at which a star will show an annual parallax of one arcsecond meaning they have particular utility for Earth-based astronomical observations. However, this also means it is based on two arbitrary quantities: the radius of our planet's orbit and the arbitrary choice to divide a circle in 360 degrees (base 60 system). These qualities make the parsec less suitable as a universal distance unit as compared to the light year. How to convert Light years to Parsecs? Knowing that there are 3.26 light-years in a parsec it is apparent that division is needed in the conversion of ly to pc. Simply divide the measure in light years by 3.26 to get the equivalent in parsecs. See the detailed calculation example below. Light year to Parsec conversion example Sample task: convert 5 light years to parsecs. Solution: Formula: ly / 3.261563 = pc Calculation: 5 ly / 3.2616 = 1.533007 pc End result: 5 ly is equal to 1.533007 pc ly to pc conversion table ly to pc conversion table ly pc 1 ly 0.306601 pc 2 ly 0.613203 pc 3 ly 0.919804 pc 4 ly 1.226406 pc 5 ly 1.533007 pc 6 ly 1.839609 pc 7 ly 2.146210 pc 8 ly 2.452812 pc 9 ly 2.759413 pc 10 ly 3.066015 pc 20 ly 6.132029 pc 30 ly 9.198044 pc 40 ly 12.264059 pc 50 ly 15.330073 pc 60 ly 18.396088 pc 70 ly 21.462103 pc 80 ly 24.528117 pc 90 ly 27.594132 pc 100 ly 30.660147 pc 200 ly 61.320293 pc 300 ly 91.980440 pc 400 ly 122.640587 pc 500 ly 153.300733 pc 600 ly 183.960880 pc 700 ly 214.621027 pc 800 ly 245.281173 pc 900 ly 275.941320 pc 1,000 ly 306.601467 pc References 1 NIST Special Publication 330 (2008) - "The International System of Units (SI)", edited by Barry N.Taylor and Ambler Thompson

Get a distance of 5.55 parsecs.But wait…?Shouldn’t it be 0.18 parsecs, since one arcsecond of parallax is equal to one parsec? No! The further away a star is, the smaller its parallax will be.That’s why we divide by 1 in the above calculation.Try Your Own Parsec CalculationsIf Han Solo asked you to calculate how many light years those 5.55 parsecs would be…how would you answer?For comparison, here are some important distances to know:New York to Los Angeles: 2790 milesThe circumference of Earth: 24901 milesCircumference of the sun: 2,713,406 milesAverage distance between Earth and Mars: 140,000,000 milesDistance to the sun: 93,000,000 milesDistance between the sun to Pluto: 3.66 billion miles (0.00019 parsecs)Distance across the Milky Way: 30,675 parsecsAnd here are some other facts that may be helpful: there are 90 stars within 12 parsecs of our solar system; the most distant bright star in the night sky, Deneb, is about 1500 light years (460 parsecs) away from Earth.

“You’ve never heard of the Millennium Falcon? It’s the ship that made the Kessel Run in less than twelve parsecs.” ― Han SoloHan Solo’s boast will forever live in astronomical infamy. Partially because of the off-the-wall time travel theories we’ve extrapolated from it, but mostly for George Lucas’ mistaking of time for distance.What Is A Parsec?It’s a unit of distance. To be exact, a parsec is a unit of distance that’s equal to ~19 trillion miles:1 parsec = 3.26 light-years = 19 trillion milesThe term parsec is a portmanteau – a combination of two words: Parallax and Arcsecond. The unit was likely named by a British astronomer, Herbert Hall Turner, who suggested the unit of astronomical measurement in 1913.Cool, So What’s A Parsec In Star Wars?This article begins with an infamous line in Star Wars: A New Hope. It takes place during a scene where Han Solo brags that the Millennium Falcon “made the Kessel Run in less than 12 parsecs.” The famous space smuggler was bragging about his ship the Millennium Falcon’s ability to endure shorter, much more risky routes through hyperspace.Why Do We Use Parsecs?Basically, parsecs are what scientists use to find the distance of stars within 100 light years of our solar system. The International Astronomical Union (IAU) passed a resolution – B2 – in 2015 that included a mention of an existing explicit definition of what a parsec is:Exactly 648000/π astronomical units, or approximately 3.08567758149137×1016 metresParsecs to Light YearsOne parsec is roughly 3.3 light years. To

Put that into perspective, there are more than 70 star systems within 3.3 light years of planet Earth.Here’s a visualization: if you were drew a straight line between an object in space and Earth, and a straight line between the same object and our Sun, if the angle between the lines is one-arcsecond, then the object is one parsec away – or 3.3 light-years.Calculating A ParsecAnd how do scientists (or time-traveling smugglers) use parsecs?Believe it or not, with some high school math, you can calculate a parsec.Parallax and An Arcsecond Walk Into A Classroom…We need to know both parallax and arcsecond to properly calculate a parsec. That’s because because one arcsecond of parallax is one parsec.How Is Parallax Used In Calculating A Parsec?When you hold a thumb at arm’s length and close one eye, then close the other, the thumb moves against the background. That’s the parallax effect.The parallax effect is a displacement in the apparent position of an object viewed along two different lines of sight. It’s measured by the angle (or semi-angle) of inclination between those two lines.How Arcseconds Are UsedArcseconds will conjure up the ghosts of geometry. Remember how any circle has 360 degrees? Well, every degree is made up of 60 arcminutes, and each arcminute has 60 arcseconds.It’s like the astronomer’s equivalent of those plastic protractors from middle school. Arcseconds are very small, and as such, are usually only used in fields that involve very small angles, like astronomy, optometry, ophthalmology, optics, navigation, and land surveying.How

Years old, 4000 light years, near 3000 ly ring due to height).EGG M16-E42 (in the Eagle Nebula) is the youngest known star (~6000 years old, 5700 light years).Pre-supernova WR 104 has its rotational axis aimed directly at Earth (within 16 degrees). When it goes supernova the gamma-ray burst will also be aimed directly at Earth (8000 light years).IK Pegasi is closest known pre-supernova to Earth(150 light years, not shown, it’s in that mess around the Sun).Gliese 710 is a star on direct collision course with the Sun, it will arrive in 1.4 million years (64 light years, not shown, also in the mess).The following are based on the HabHYG dataset (i.e., they are as up to date as I can make them). I hereby grant permission for anybody to freely use these maps or lists in their novels, games, or projects. Acknowledging this website as the source would be nice but I do not insist upon it. The main thing is to get accurate 3-d starmaps in wider circulation. Note that the maps are automatically generated by software, not by hand, so sections of the maps are a tangled mess.Galactic co-ords, galactic core is in the direction of the +X axis, -X is rimward, +Y is spinward, and -Y is trailing. All units are in parsecs (again: multiply parsecs by 3.26 to get light-years). Stars likely to possess habitable planets are circled in green. Each habitable star has green lines linking them with the closest two habitable stars. Line are labeled with the distance in parsecs. On the maps with non-habitable stars, in addition each non-habitable star has purple lines linking them with the closest two stars. These lines are just to give one a feel for a star's neighbors. If all the lines were drawn the map would resemble