Infinite velocity

Mathematics tells us the powers of 10 can project the theoretical distance way-way beyond space time.

Powers of 10 is 1 multiplied by 10 many times. Any 2 dollar calculator demonstrates. Enter 1 X 10 = X 10 =, X 10 = X = respectively. 1 and 7 zeros is as far as they go. You would have multiplied 1 by 10 seven times. Any more you will need to turn to a scientific calculator or at lest a calculator capable of up to 1 and 12 or more zero digit read out.

When petrol heads talk of acceleration performance they include 0 as a base figure to a figure in so many seconds. The average family SUV can accelerate 0 to 80kmph (50mph) in several seconds. Formulae one racing cars in a second or so. In other words 0 stands in for take off readiness no distance.

If get set for take off is 0 meters. Multiplied by 1 results in 1 with no zeros. 1 multiplied by 10 results in 1 with 1 zero, is 1 multiplied by 10 once. Multiplied by 10 is 1 with 2 zeros, is twice. Multiplied by 10, is 3 zeros, 3 times and multiplied by 10 is 1 and 4 zeros, 4 times. 1 multiplied by 10, once, twice, three and four times. In other words 0, 1, 2, 3, 4, 5 and  6k zeros in 6 seconds respectively. A zero every second.

Multiplying by a 1 and 4 zero number by10 razes the number to 5 zeros. Multiplying by 10 razes the 1 and 5 zeros to 6 zeros. In other other words, starting with every time 1 is multiplied by 10 a 0 is added razing the number by times called powers of 10. A million for example is 1 multiplied by 10 six times.

The popular internet search engine company Goggle is named after, is a finite number, 1 multiplied by 10 a 100 times resulting in 1 with 99 zeros, a 100 digit number. Scientific notation for such a large number is 10 to the 100.

If we multiply goggle by10 results in 1 with 9,999 zeros a 1,000 digit number. It is a finite number because of a beginning and an end. Any trillions of zeros is a beginning and an ending number. Even 1 multiplied by ten 1,000's of trillions of times is beginning and an end point. It is still finite because of a finite number of digits.

Calculating the odds of getting correctly a 100 digit lottery number in one guess is finite odds. If we get used to such humongous numbers we will no longer be astonished with any number 100's of 1,000's of trillions digit number.

If numbers so huge have a beginning and and end, then what's infinite? Mathematics defines it as a number with no beginning and no end. The beginning can never be defined because there is none. The end can never be reached because there is none. 1 dived 3 has a beginning but no ending. So too, the well known geometry number for circles call pi.

When it comes to time, our clocks divide time into finite increments based on the cosmic spin and orbit of the earth round the sun. We all observe the second hand of clocks move every division a full circle in a minute. Every second is a finite amount of time. We all know there is 60 seconds in a minuet and 60 minutes in an hour making another period of of time we express as hour an, divided by 3,600 finite seconds. The law of mathematics tells the reciprocal of an hour pans out ever second is 1/3,600th of a one hour TV program.

The Gregorian calendar used by western democracies tells us a date change is every 12 midnight the equivalent of a total of 86,400 seconds. The calendar has 7 days starting with the first second 12 midnight of the first working day12 of midnight Monday morning every second to the following last second of Sunday night. Immediately the date changes to the next day starting the week again. It pans out every second equals 60 squared (multiplied by itself) times 24 times 7.

The Gregorian calendar has various days to each month, 29 to 31. We can calculate the number of seconds in a year with the formulae 60 squared (multiplied by itself) times times 24, times 365 days panning out to 12 midnight new years morning to 12 midnight New years eve the same year, well over 31 million seconds to a year.

Operating on the principle knowing the second you were born can potentially calculate how old we are in seconds. Only our birthday we can calculate how old we are in days.

If we take into account of the extra day every 3rd February leap year in a decade we an calculate every second of a century, a millennia, (1,000 years), a million, a billion even a trillion centuries is a beginning and an end.

What do this mean if there infinite velocity or should we say acceleration? Taking off is a beginning. Lets experiment with some numbers. Lets accelerate in a power of 10, a distance of 10 times every second starting with a take off a distance of a meter in the first second. Mathematically it is zero to a meter in a second.

By the end of the 2nd second we'd be a distance of 10 meters. 0 to 10 meters in 2 seconds.

By the end of the 3rd second we'd be a 100 meters. 0 to a distance of a100 meters in 3 seconds.

By the end of the 4th second we'd be a thousand meters. We know from the standard metric system there is a1,000 meters in a kilometer which works out to 100 times 10, equals an acceleration to a distance of a kilometer in 4 seconds flat.

This kilometer is the same amount of time the second hand of clocks move 4 divisions, 0 to a meter at take off in 1 second, 10 meters in 2 seconds , a 100 meters in 3 seconds and 1,000 meters in 4 seconds respectively.

By the end of the 5th second we'd be a distance of ten times that,10km. By the end of the 6th second we'd be a distance of 100km. And by the end of the 7th second we'd be of a 1,000km and so on.

By the end of the end of the 8th second a zero is added. (10,000Km). Another second another zero, and another second another zero and so on. For every second there is a zero added 100,000K by 10 seconds. At that acceleration we'd be less than 12 seconds we would reach Mars from earth.

Operating on the principle every second a zero is added means we'd be a distance of 60 zero kilometers away from the take off point in 1 minute spelt out as 10 to the 60k in that time. This pans out to 1km multiplied by 10 sixty.

For an hour o to a distance of 1 multiplied by 10 three thousand six hundred times, a scientific notation of 10 to the 3,600k in the time of an hour. For a day a distance of 10 to the 86,400k. Imagine the distance traveling a week a month, a year or a century of time on earth let a lone accelerating with no end. Just think of the distance covered 10 to the over 31 million k for a year.