Democracy Gone Astray

Democracy, being a human construct, needs to be thought of as directionality rather than an object. As such, to understand it requires not so much a description of existing structures and/or other related phenomena but a declaration of intentionality.
This blog aims at creating labeled lists of published infringements of such intentionality, of points in time where democracy strays from its intended directionality. In addition to outright infringements, this blog also collects important contemporary information and/or discussions that impact our socio-political landscape.

All the posts here were published in the electronic media – main-stream as well as fringe, and maintain links to the original texts.

[NOTE: Due to changes I haven't caught on time in the blogging software, all of the 'Original Article' links were nullified between September 11, 2012 and December 11, 2012. My apologies.]

Saturday, October 29, 2011

Sizing Up A World Of 7 Billion People

Take a deep breath

We all need air, but how much of it do 7 billion people consume?

People breathe at different rates, depending on their age, sex, fitness level and what they're doing at the time. In broad strokes, though, the average person breathes about8 litres of air every minute while at rest, or about 11,520 litres a day.

So the world's population inhales at least 80,640,000,000,000 (80.6 trillion) litresof air a day, and converts more than 3,850,000,000,000 (3.85 trillion) litresof oxygen to carbon dioxide.

A University of California study determined that the average person breathes about 52 litres a minute when running, so if the entire world went jogging together for an hour we'd breathe about 21,840,000,000,000 (21.8 trillion) litres of air.

One hectare of average forest creates about enough oxygen to support 19 people, according to the U.S. Forest Service. Using that as the benchmark, the world's population needs at least 368,421,052 hectares of forested land to provide us with the air we need – an area roughly 650 times the size of PEI and 5 times the size of Manitoba.
           

Food, water and gas

Part of humanity over-eats, others don't get nearly enough food. But the average human ideally needs around 2,200 calories a day, or 15,400,000,000,000 (15.4 trillion) calories for the human population.

If you wanted to "supersize" the world, the necessary calorie count works out to about 28,518,518,519 McDonald's Big Macs a day.

No matter what people may claim, everyone is a little gassy (particularly after eating things like fast food). According to the U.S. Department of Health and Human Services, the average person passes gas anywhere from 14 to 23 times a day, producing a daily average of about a litre of flatulence (made up of carbon dioxide, oxygen, nitrogen, hydrogen, and methane). Humanity's dailycloud of 7 billion litres of gas is enough to fill Toronto's Rogers Centre (formerly known as the SkyDome) about four and a half times. Try blaming that on the dog.

The average person should drink about 2.5 litres of water a day, according to studies by the U.S. Institute of Medicine. If everyone got the drinking water they needed, the world's population would consume about 17.5 billion litres a day, or the equivalent of about 7,000 Olympic-sized swimming pools. It would take the proposed Keystone XL pipeline expansion in Western Canada, which is designed to carry around 500,000 barrels of oil a day, about 220 days to transport that much water.

Given that the average person passes about 2 litres of urine a day, the world would subsequently relieve itself of about 5,110,000,000,000 (5.1 trillion) litres a year. That's equivalent to the amount of water that flows over Niagara Falls in about two and a half hours when the falls are at their peak.


Being social

It takes about one second to say "hello" to someone. Assuming you wanted to greet the world's entire population of 7 billion one at a time, it would take you roughly 222 years of working the crowd non-stop.

A gigabyte works out to the equivalent of about 100,000 short emails. An entry-level home internet plan from Bell includes 2 gigabytes of internet use a month plus a $2.50-per-gigabyte charge for any extra bandwidth used. If you wanted to e-mail a "hello" to everyone on Earth individually from that basic internet account, it would cost you $26.95 for the monthly internet plan, plus about $174,995 for the extra bandwidth you'd need. (Of course, you could save some cash by opting for one of Bell's bigger-bandwidth packages.)

FOLLOW THE MONEY:

According to the Forbes list of the world's billionaires for 2011, the world's richest man was Carlos Slim Helu from Mexico, with a net worth estimated at $74 billion US. He could afford to treat every person on Earth to lunch at Tim Horton's – a sandwich and extra-large coffee, plus a box of 20 Timbits to take home for later.

If the U.S. military budget for 2011 was shared out to the world's population, each person would get roughly $100. Based on average annual income, that's about two months' salary for people in places such as Malawi and Somalia, according to the International Monetary Fund, or a bit less than the average North American spends in a day.

A really, really big show:

If you gathered everyone on Earth to watch a concert and packed 'em in at one person per 4.5 square feet —a dense crowd, based on the basic crowd-calculation rule worked out by University of California professor Herbert Jacobs — the general-admission audience would cover about 2,926.5 square kilometres. That's about 51.7% of the land area of PEI. (Of note, one of the biggest PEI concerts of the year was Elton John's two-night appearance at Credit Union Place in Summerside — 5,400 tickets were sold per show.)

If you flew everyone in for the concert, it would take 28 million flights using Boeing's new 787-8 Dreamliner.

If they all flew to the mainland and came over the Confederation Bridge in Toyota Corollas, the best selling car in the world, at 4 people per car the line of bumper-to-bumper traffic would stretch roughly 9.6 million kilometers, or go around the earth at the equator more than 240 times. (And it would be very difficult to find your car after the show.)

Human chain

If everyone on Earth joined hands to form a human chain, it would stretch about 7 million kilometres. The chain would circle the Earth at the equator about 175 times, stretch to the moon and back about nine times, and reach about one-fifth of the way to Mars when it's at its closest point to Earth.

And that chain is growing. At a global birth rate of 19.15 per 1,000 population, about 4.4 babies are born every second.

Origin
Source: Huff 

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