how_many_milliseconds_is_in_10000000000_years

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315,569,520,000,000,000,000.0 milliseconds

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How do we know?

What is the equivalent of the age 10,000,000,000 years in milliseconds (one thousandth (10^-3) of a second)?

Facts
Show facts

Show reasoning
Reasoning

I followed this chain of reasoning:

By calculation (generator: ["now@trueknowledge.com"]) I know that:

The current time is April 23rd 2014, 14:38:41

The current time is April 23rd 2014, 14:38:41

By calculation (generator: ["second_parameter@trueknowledge.com"]) I know that:

year is the second parameter of 10,000,000,000 years

year is the second parameter of 10,000,000,000 years

I know from locally stored knowledge that:

day is the optimum conversion unit for year ([fact: ["1370996482@trueknowledge.com"]])

day is the optimum conversion unit for year ([fact: ["1370996482@trueknowledge.com"]])

day
is a
unit of time
([fact: ["123883877@trueknowledge.com"]])

second
is the optimum conversion unit for every
unit of time
([fact: ["640043452@trueknowledge.com"]])

Fact 1:
86,400
is the multiplier that converts
day and second
([fact: ["137362877@trueknowledge.com"]])

Fact 1
is true for
all time
([fact: ["1050411474@trueknowledge.com"]])

Fact 1
is true for
the beginning of time onwards
([fact: ["137362878@trueknowledge.com"]])

By calculation (generator: ["optimum_conversion_last_resort1@trueknowledge.com"]) I know that:

second is the optimum conversion unit for day

second is the optimum conversion unit for day

I know from locally stored knowledge that:

Fact 2: 365.2425 is the multiplier that converts year and day ([fact: ["136019775@trueknowledge.com"]])

Fact 2: 365.2425 is the multiplier that converts year and day ([fact: ["136019775@trueknowledge.com"]])

Fact 2
is true for
all time
([fact: ["1050410958@trueknowledge.com"]])

Fact 2
is true for
the beginning of time onwards
([fact: ["136019789@trueknowledge.com"]])

Therefore (generator: ["strictequal1@trueknowledge.com"]):

day is not strictly equal to millisecond

day is not strictly equal to millisecond

second
is not strictly equal to
year

I know from locally stored knowledge that:

Fact 3: 1,000 is the multiplier that converts second and millisecond ([fact: ["234496462@trueknowledge.com"]])

Fact 3: 1,000 is the multiplier that converts second and millisecond ([fact: ["234496462@trueknowledge.com"]])

Fact 3
is true for
all time
([fact: ["1050411634@trueknowledge.com"]])

Fact 3
is true for
the beginning of time onwards
([fact: ["684532492@trueknowledge.com"]])

By calculation (generator: ["tpintersect@trueknowledge.com"]) I know that:

all time is the timeperiod intersection of all time and all time

all time is the timeperiod intersection of all time and all time

By calculation (generator: ["product@trueknowledge.com"]) I know that:

31,556,952,000.0 is the product of 365.2425, 86,400 and 1,000

31,556,952,000.0 is the product of 365.2425, 86,400 and 1,000

By calculation (generator: ["multiplier_that_converts7@trueknowledge.com"]) I know that:

Fact 4: 31,556,952,000.0 is the multiplier that converts year and millisecond

Fact 4: 31,556,952,000.0 is the multiplier that converts year and millisecond

Fact 4
is true for
all time

By calculation (generator: ["timeperiodtopoint@trueknowledge.com"]) I know that:

Fact 4 is true at April 23rd 2014, 14:38:41

Fact 4 is true at April 23rd 2014, 14:38:41

By calculation (generator: ["multiplier_that_converts7@trueknowledge.com"]) I know that:

Fact 4 is true for the beginning of time onwards

Fact 4 is true for the beginning of time onwards

By calculation (generator: ["tpintersect@trueknowledge.com"]) I know that:

the beginning of time onwards is the timeperiod intersection of the beginning of time onwards and the beginning of time onwards

the beginning of time onwards is the timeperiod intersection of the beginning of time onwards and the beginning of time onwards

By calculation (generator: ["first_parameter@trueknowledge.com"]) I know that:

10,000,000,000 is the first parameter of 10,000,000,000 years

10,000,000,000 is the first parameter of 10,000,000,000 years

By calculation (generator: ["product@trueknowledge.com"]) I know that:

315,569,520,000,000,000,000.0 is the product of 31,556,952,000.0 and 10,000,000,000

315,569,520,000,000,000,000.0 is the product of 31,556,952,000.0 and 10,000,000,000

By calculation (generator: ["class_parametered_object@trueknowledge.com"]) I know that:

length of time is the class of the parametered object 10,000,000,000 years

length of time is the class of the parametered object 10,000,000,000 years

By calculation (generator: ["parametered_object_corresponding_to@trueknowledge.com"]) I know that:

315,569,520,000,000,000,000.0 milliseconds is the parametered object corresponding to length of time and 315,569,520,000,000,000,000.0 and millisecond

315,569,520,000,000,000,000.0 milliseconds is the parametered object corresponding to length of time and 315,569,520,000,000,000,000.0 and millisecond

By calculation (generator: ["equivalent_to6@trueknowledge.com"]) I know that:

Fact 5: 315,569,520,000,000,000,000.0 milliseconds is equivalent to 10,000,000,000 years

Fact 5: 315,569,520,000,000,000,000.0 milliseconds is equivalent to 10,000,000,000 years

Fact 5
is true at
April 23rd 2014, 14:38:41

Fact 5:
millisecond
is the unit used in
315,569,520,000,000,000,000.0 milliseconds

I used the following facts to provide this answer:

day is the optimum conversion unit for year

day is an unit of time

second is the optimum conversion unit for every unit of time

86,400 has always been the multiplier that converts day and second and will be forever

86,400 has always been the multiplier that converts day and second

365.2425 has always been the multiplier that converts year and day and will be forever

365.2425 has always been the multiplier that converts year and day

1,000 has always been the multiplier that converts second and millisecond and will be forever

1,000 has always been the multiplier that converts second and millisecond

tk10publ tk10canl

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