Alright. First of all this is going to sound so much like a chain-letter. Rest assured, it is not. I've sat at this olive themed screen typing this up in person.
You've heard of politicians spouting off "We need $5.7 billion for so and so project!" We readily lap it up because supposed said project is for a greater good but we give no consideration to the cost. We have no concept of a billion. It's a hard number to picture. Well I'm going to help with that a little. And yes, I tried my best to ensure accurate calculations. If I've ****ed up, let me know. I've done mostly everything in metric since it makes calculating easier. I've done some conversions. Let's break down 10[sup]9[/sup] shall we.
Before we begin, a quick intro to scientific notation (I make some use of it). If I say something like 1.21x10[sup]9[/sup] W I mean 1,210,000,000 W or 1.21 GW. Move the decimal point to the right, subtract the power and vice-versa.
Dollar bills are 15.5 cm x 6.5 cm.
$10[sup]9[/sup] laid end to end length-wise is 96,100 mi that is about three times around the Earth at the equator plus 3,486.21 additional miles.
1 mile of dollar bills laid end to end length-wise is $10,383. To have a wall of $10[sup]9[/sup] with length being 1 mi, you would have a wall of dollars 1 mi x 3.88 mi. In Terms of "football fields" (what an odd unit of measure) it would be 17.6 x 68.29 football fields.
I make $47,500/y. To reach $1,000,000,000 I need to work 21,052y and keep EVERY SINGLE penny that I've earned. Conversely it would take an entire town of 21,052 strong earning $47,500, the combined income would make $1 billion
Let's assume a person works from the age of 22 to the retirement age of 65. That's 43 years. To earn $1,000,000,000 in that time, one needs to have a salary of $23,255,813.95 keeping every penny. In the same amount of time, I will only have earned $2,042,500 at the same salary and keeping every dollar. This is of course also assuming inflation is stagnant.
Not necessarily monitary related...
Light would take about 5,400 seconds or 1.5 hours to reach 10[sup]9[/sup] mi. Light travels at about 3.0x10[sup]8[/sup] m/s or ~ 186,411.36 mi/s. The fastest man made object is only able to go 67,054 m/s (41.66 mi/s)
10[sup]9[/sup] s = 31.6885y. My birthday is 20 November 1981 @ 6 PM on the dot (so says my birth cert.). I will be 1 Gs old on 29 July 2013 at around 6 PM.
Assume the world has exactly 1 billion people. Using 2006 estimate of population of 2,941,454 of San Diego county, if every man, woman, and child were to keel over instantaneously the total world population would drop by only 0.29%
Again, if I've miscalculated, please correct. But I hope my thread has inspired people to think "do they really need all that money?"
You've heard of politicians spouting off "We need $5.7 billion for so and so project!" We readily lap it up because supposed said project is for a greater good but we give no consideration to the cost. We have no concept of a billion. It's a hard number to picture. Well I'm going to help with that a little. And yes, I tried my best to ensure accurate calculations. If I've ****ed up, let me know. I've done mostly everything in metric since it makes calculating easier. I've done some conversions. Let's break down 10[sup]9[/sup] shall we.
Before we begin, a quick intro to scientific notation (I make some use of it). If I say something like 1.21x10[sup]9[/sup] W I mean 1,210,000,000 W or 1.21 GW. Move the decimal point to the right, subtract the power and vice-versa.
Dollar bills are 15.5 cm x 6.5 cm.
$10[sup]9[/sup] laid end to end length-wise is 96,100 mi that is about three times around the Earth at the equator plus 3,486.21 additional miles.
1 mile of dollar bills laid end to end length-wise is $10,383. To have a wall of $10[sup]9[/sup] with length being 1 mi, you would have a wall of dollars 1 mi x 3.88 mi. In Terms of "football fields" (what an odd unit of measure) it would be 17.6 x 68.29 football fields.
I make $47,500/y. To reach $1,000,000,000 I need to work 21,052y and keep EVERY SINGLE penny that I've earned. Conversely it would take an entire town of 21,052 strong earning $47,500, the combined income would make $1 billion
Let's assume a person works from the age of 22 to the retirement age of 65. That's 43 years. To earn $1,000,000,000 in that time, one needs to have a salary of $23,255,813.95 keeping every penny. In the same amount of time, I will only have earned $2,042,500 at the same salary and keeping every dollar. This is of course also assuming inflation is stagnant.
Not necessarily monitary related...
Light would take about 5,400 seconds or 1.5 hours to reach 10[sup]9[/sup] mi. Light travels at about 3.0x10[sup]8[/sup] m/s or ~ 186,411.36 mi/s. The fastest man made object is only able to go 67,054 m/s (41.66 mi/s)
10[sup]9[/sup] s = 31.6885y. My birthday is 20 November 1981 @ 6 PM on the dot (so says my birth cert.). I will be 1 Gs old on 29 July 2013 at around 6 PM.
Assume the world has exactly 1 billion people. Using 2006 estimate of population of 2,941,454 of San Diego county, if every man, woman, and child were to keel over instantaneously the total world population would drop by only 0.29%
Again, if I've miscalculated, please correct. But I hope my thread has inspired people to think "do they really need all that money?"
Code to the left of him, code to the right of him, code in front of him compil'd and thundered. Programm'd at with shot and $SHELL. Boldly he typed and well. Into the jaws of C. Into the mouth of PERL. Debug'd the 0x258.