In this I will write about agent relativity but there was one thing that I forgot to write about. By knowing sequential law you can know no. of steps to be taken to get a raised power of starting no. And you can also know the number you will get. For that you will have to use: tn= a+ (n-1)d formula.
Where,
tn=required number.
a= first term of series.
n= total number of steps to be taken to reach there.
d= common difference. That is the difference between two serially coming number.
After this I am going to write about Agent relativity.
AGENT RELATIVITY
For knowing about this relativity we must first know about number family.
What actually is a number family?
A number family is a group of numbers arranged serially in a way that every number is a multiple of the first number. In clear way we can say that a number family is a sequence of multiplication table of a number.
Agent relativity law states, " In a number family if you add one number with it's twice number, the no. of steps taken from number to twice number is equals to no. of steps to be taken from twice number to sum."
Here twice number means the number which is taken at first times two.
Let's clear this through a example.
I am taking a number family of 3.
3,6,9,12,15,18,21,24,27,30,33,36.....
Let's take 6.
6+ 6×2 = 6+12
=18.
No of steps from 6 to 12 is 2 and the number of steps from 12 to the sum that is 18 is also 2.
You can try this with any number of any number family.
You can also use the same formula written at top tn=a+(n-1)d to calculate the number you get. You can also find out number of steps to be taken for reaching sum if you know the sum.
THANKS FOR READING. Stay tuned for more episodes of Black Hole. And do not forget to comment. I will continue more of this on my next book called Theory of Number Relativity.
