By calculation (generator: ["now@trueknowledge.com"]) I know that:
The current time is June 19th 2013, 03:54:34
By calculation (generator: ["first_parameter@trueknowledge.com"]) I know that:
353
is the first parameter of
353 and 173
By calculation (generator: ["pinstance@trueknowledge.com"]) I know that:
Fact 1:
353
is a
integer
Fact 1
is true for
all time
By calculation (generator: ["second_parameter@trueknowledge.com"]) I know that:
173
is the second parameter of
353 and 173
By calculation (generator: ["pinstance@trueknowledge.com"]) I know that:
Fact 1:
173
is a
integer
Fact 1
is true for
all time
By calculation (generator: ["prime_factors_no_repetition@trueknowledge.com"]) I know that:
353
is the prime factors with repetition of
353
353
is the prime factors of
353
353
is the prime factorisation of
353
173
is the prime factors with repetition of
173
173
is the prime factors of
173
173
is the prime factorisation of
173
By calculation (generator: ["product@trueknowledge.com"]) I know that:
61,069
is the product of
353, 173 and 1
1
is the product of
1
By calculation (generator: ["lcm@trueknowledge.com"]) I know that:
Fact 3:
61,069
is the least common multiple of
353 and 173
By calculation (generator: ["perm5@trueknowledge.com"]) I know that:
Fact 3
is true for
all time
By calculation (generator: ["timeperiodtopoint@trueknowledge.com"]) I know that:
Fact 3
is true at
June 19th 2013, 03:54:34
By calculation (generator: ["lcm@trueknowledge.com"]) I know that:
Fact 3:
1
is the highest common factor of
353 and 173
I know from locally stored knowledge that:
permanent
applies to
is the least common multiple of
([fact: ["1098541150@trueknowledge.com"]])