Alina Foley was born on April 16th 2003 to parents Dave Foley and Crissy Guerrero. Alina has two older half-brothers: Ned & Basil. Alina's first acting role was in 3 episodes of the online series "In the Motherhood" which starred Leah Reminiand was only intended to be 5 episodes. Alina soon got her next big role portraying the SORAS'd Days of Our Lives character Claire Brady. Alina has appeared in 15 episodes so far. Alina is mostly known for her role as Claire on Days of Our Lives which she has held since January 3rd 2008. Though Alina has been "fired" from Days, she will continue to be shown often until her departure in March.
Burnivore is a newly proposed popular word to categorize the human species. The word was invented by Maurice R. Adema, CEO of Sundaya International Pte Ltd in Singapore.
Herbivores, Carnivores and Omnivores are all creatures that need energy to survive; but not only to survive but also to improve quality of life. A feeling of hunger reduces quality of life and this problem is addressed by eating (collecting new energy) and through metabolism converting it to new chemical substances that can be used by the creature’s bodies. The energy use of Herbivores, Carnivores and Omnivores for survival and improvement of quality of life will mainly be through their own bodies.
Modern human beings however use much more energy outside their body for example to heat or cool their homes, propel their cars, cook their food etc.
In fact human beings use on average approximately 30 times more energy than their own body can use. (in the USA which consumes 1 quarter of the worlds energy resources this figure would be 175 times more than the body consumes)
Calculation:
The total world’s population energy use is 500EJ (Exa-Joule) per year:
This Energy is released from the following resources:
Oil : 200EJ (40%)
Coal : 125EJ (25%)
Gas : 110EJ (22%)
Nuclear : 30 EJ (6%)
Hydro electric : 30 EJ (6%)
“Renewable” : 5 EJ (1%)
An average person needs 7MJ (Mega-Joule) from food per day and thus with a total population of 6,5Billion the total amount of energy from food used by the human population per year is 7.000.000 x 6.500.000 x 365 = 16,7 EJ
500 / 16,7 = 30
Method of energy extraction:
87% of the world’s population energy use is obtained through burning of fossil energy carriers like oil coal and gas.
Putting those facts together that a human being on average uses 30 times more energy than it’s own body can use and that the energy is released through the process of burning was the reasoning behind calling the human species “Burnivores"
energy crisis. Again the Joule Standard brings the solution.
Herbivores, Carnivores and Omnivores are all creatures that need energy to survive; but not only to survive but also to improve quality of life. A feeling of hunger reduces quality of life and this problem is addressed by eating (collecting new energy) and through metabolism converting it to new chemical substances that can be used by the creature’s bodies. The energy use of Herbivores, Carnivores and Omnivores for survival and improvement of quality of life will mainly be through their own bodies.
Modern human beings however use much more energy outside their body for example to heat or cool their homes, propel their cars, cook their food etc.
In fact human beings use on average approximately 30 times more energy than their own body can use. (in the USA which consumes 1 quarter of the worlds energy resources this figure would be 175 times more than the body consumes)
Calculation:
The total world’s population energy use is 500EJ (Exa-Joule) per year:
This Energy is released from the following resources:
Oil : 200EJ (40%)
Coal : 125EJ (25%)
Gas : 110EJ (22%)
Nuclear : 30 EJ (6%)
Hydro electric : 30 EJ (6%)
“Renewable” : 5 EJ (1%)
An average person needs 7MJ (Mega-Joule) from food per day and thus with a total population of 6,5Billion the total amount of energy from food used by the human population per year is 7.000.000 x 6.500.000 x 365 = 16,7 EJ
500 / 16,7 = 30
Method of energy extraction:
87% of the world’s population energy use is obtained through burning of fossil energy carriers like oil coal and gas.
Putting those facts together that a human being on average uses 30 times more energy than it’s own body can use and that the energy is released through the process of burning was the reasoning behind calling the human species “Burnivores"
energy crisis. Again the Joule Standard brings the solution.
Adam Straith, (Born September 11th, 1990) is a Canadian amateur soccer player. He is currently playing with The Whitecap Residency Team. Adam has played for numerous other clubs in Victoria such as Bays United,Victoria United, and captianed his Metro Team. Straith has also been capped for the Canadian U-17 National team where they failed to qualify for The U-17 World Cup, Korea 2007.
Straith scored his first goal for Canada in Jamaica for the Caribean Cup. Straith fended off the defenders to beat everyone in the air and placed the ball in the left corner of the net.
Straith scored his first goal for Canada in Jamaica for the Caribean Cup. Straith fended off the defenders to beat everyone in the air and placed the ball in the left corner of the net.
"Energy illiteracy" or "Energy blindness" means that people hearing about a certain quantity or volume of energy have no idea how to compare with another form of energy. It can be stated that over 99% of the world's population is energy illiterate.
Weight and Length literacy:
If you hear that somebody is 2,5meter tall and has a bodyweight of 40kg; you will directly be able to visualize the person's body shape without seeing the person. This means that you are weight and length literate; you know what the numbers mean and you can visualize the numbers and place them into a context.
If you hear that somebody has eaten 5kJ (kiloJoule) for breakfast or that a certain car consumes 5MJ (MegaJoule) per km than most people have no clue at all if those amounts are a lot or a little; nobody can place those numbers into a context and that is what is meant with "energy illiteracy"
How to eradicate energy illiteracy?
The solution is simple; the reason why most people are length an weight literate is because we always use the same units for lenght and weight; measuring the height of a door or your body or the lenght of a table we all measure in the same units. The same for measuring weight for food and building materials and your own body weight are all measured in the same unit.
The unit for energy is Joule and all forms of energy; fuel, coal, gas, wood, electrity, heat can all be expressed in Joule. A grown up human being needs between 6 to 8 MJ (MegaJoule) per day and an average fuel-burning car consumes 5MJ per km.
Did you know:
That Gasoline contains 34,6 MJ per liter and Diesel 38,7 MJ per liter and Biofuel around 30,5 MJ per liter and Ethanol only 20,5 MJ per liter. Dont be surprised if a car converted to ethanol almost uses double the amount of liters; because what you need is energy and not liters; and the unit of energy is Joule.
Did you know:
That the wattage of a certain electric appliance does not say anything about the energy consumption of the appliance.
It can be that a refridgerator of 70Watt consumes more Energy than a 100Watt fridge. How can this be? The Wattage of an electric device tells you only how much energy it consumes per second (Watt Joule per second) and that is not enough information to tell energy consumption in an hour or a day. A refridgerator switches on and off all the time and let's assume that a 70W fridge is on for 3000 seconds per hour than this results in an energy consumption of 70J/s x 3000s/h x 24h/day 5.040.000Joules (5MJ) per day. If the 100W fridge only is on for 1000 seconds per hour than the energy consumption is 100J/s x 1000s/h x 24h/day 2.400.000 (=2,4MJ) per day; which is less than half the consumption of the 70W fridge. You see Watt information can mislead you badly and thus it is high time to start implementing energy information on electric devices instead of "power-information".
Weight and Length literacy:
If you hear that somebody is 2,5meter tall and has a bodyweight of 40kg; you will directly be able to visualize the person's body shape without seeing the person. This means that you are weight and length literate; you know what the numbers mean and you can visualize the numbers and place them into a context.
If you hear that somebody has eaten 5kJ (kiloJoule) for breakfast or that a certain car consumes 5MJ (MegaJoule) per km than most people have no clue at all if those amounts are a lot or a little; nobody can place those numbers into a context and that is what is meant with "energy illiteracy"
How to eradicate energy illiteracy?
The solution is simple; the reason why most people are length an weight literate is because we always use the same units for lenght and weight; measuring the height of a door or your body or the lenght of a table we all measure in the same units. The same for measuring weight for food and building materials and your own body weight are all measured in the same unit.
The unit for energy is Joule and all forms of energy; fuel, coal, gas, wood, electrity, heat can all be expressed in Joule. A grown up human being needs between 6 to 8 MJ (MegaJoule) per day and an average fuel-burning car consumes 5MJ per km.
Did you know:
That Gasoline contains 34,6 MJ per liter and Diesel 38,7 MJ per liter and Biofuel around 30,5 MJ per liter and Ethanol only 20,5 MJ per liter. Dont be surprised if a car converted to ethanol almost uses double the amount of liters; because what you need is energy and not liters; and the unit of energy is Joule.
Did you know:
That the wattage of a certain electric appliance does not say anything about the energy consumption of the appliance.
It can be that a refridgerator of 70Watt consumes more Energy than a 100Watt fridge. How can this be? The Wattage of an electric device tells you only how much energy it consumes per second (Watt Joule per second) and that is not enough information to tell energy consumption in an hour or a day. A refridgerator switches on and off all the time and let's assume that a 70W fridge is on for 3000 seconds per hour than this results in an energy consumption of 70J/s x 3000s/h x 24h/day 5.040.000Joules (5MJ) per day. If the 100W fridge only is on for 1000 seconds per hour than the energy consumption is 100J/s x 1000s/h x 24h/day 2.400.000 (=2,4MJ) per day; which is less than half the consumption of the 70W fridge. You see Watt information can mislead you badly and thus it is high time to start implementing energy information on electric devices instead of "power-information".