Skip to main content

U.S.A. BLEM TO W.H.O

                   #Donald trump
                               45th U.S. President


Donald Trump says that China and World Health Organization responsible in COVID_19
      
America VH Gives a fund of 450 mills and the same China only 40 million theref
ore America has more rights over the world wide organisation than China 

American President Donault Trump wants to completely stop his funding .

#01#
Donald Trump made 3 big decisions due to Corona in 2020   

#01 OPEN SKIES TREATY

#02 CTBT.                             

         #03.  W.H.O.                                   
.                                  
             
#01#    With this help, any country can make a pact by forgetting its enmity with another country, it is permitted that it is unceasingly 
 

#2 CTBT

India did not Support the comprehensive nuclear test ban treaty in 1996 and still does not due to following reason

#01 COMPLETE NUCLEAR DISARMAMENT

India's principle opposition drew from its emphasis on universal and complete NUCLEAR DISARMAMENT in a time bound manner. CTBT does not address complete disarmament.

#02 DISCRIMINATORY IN NATURE

UNSC  permanent member but little marginal utility in testing further,they have already conducted nuclear test and posses nuclear weapons.
For India CTBT  would act as hindrance for conducting nuclear test and developing their  technology.

Comments

Popular posts from this blog

Connection Between Fibonacci Numbers and The Golden Ratio

Welcome. In this blog I will tell you relation between the Fibonacci Sequences and the Golden Ratio.Before that below  you can see the statue of Fibonacci, made in 1863 by Giovanni Paganucci, a sculpture in florence, but kept in a ancient cemetery in pisa where the Fibonacci was born. Its is interesting that the likeness of Fibonacci in this statue and his iconic portrait probably looks nothing like Fibonacci, since no true drawings of him exist from 850 years ago . But nevertheless Italy still honors him with this sculpture.  Statue Of Fibonacci Let's Return to Fibonacci Numbers and Fibonacci recursion relation. Then we will show you how they are related to Golden Ratio. So let's do some mathematics. Any way what's the recursion relation do you remember?? The n+1 Fibonacci number is equal to the sum of preceding two that is nth Fibonacci number Plus n-1 Fibonacci number right .                         Fn+1 = Fn + Fn−...

Fibonacci Sequence and Rabbit Problem

Hello friends hope you all are good , healthy and safe.  In this Blog we will learn about fibonacci Sequence , golden ratio,relation between them , rabbit problem and many more. Fibonacci  Greatest mathematician of the middle ages, Fibonacci. Fibonacci was born in pisa around 850 years ago. He was a famous Italian mathematician. In the year 1202 he finished his book "Liber Abeci". The book of calculations that brought Arabic numerals to Europe, the zero one,two that we use today. Fibonacci also presented a growing rabbit population problem. And after solving this problem he derived the famous sequence of numbers that is named after him, The Fibonacci Sequence . Suppose you put a male-female pair of newly born rabbits in a field . Rabbits take a month to mature before mating. After o ne month , females gives birth to one male-female pair and then mate again. No rabbits die. How many rabbit pairs are there after one year? To solve this, we construct table. At the start of each ...

Fibonacci Sequence Problem set 1

 Problems  1. The Fibonacci numbers can be extended to zero and negative indices using the relation Fn = Fn+2 − Fn+1 . Determine F0 and find a general formula for F−n in terms of Fn. Prove your result using mathematical induction. Solution: F0 = F2 − F1 = 0, F−1 = F1 − F0 = 1, F−2 = F0 − F−1 = −1, F−3 = F−1 − F−2 = 2, F−4 = F−2 − F−3 = −3, F−5 = F−3 − F−4 = 5, F−6 = F−4 − F−5 = −8. The correct relation appears to be F−n = (−1)^(n+1)×Fn                .............(1) We now prove equation (1) by mathematical induction. Base case: Our calculation above already shows that equation (1) is true for n = 1 and n = 2, that is, F−1 = F1 and F−2 = −F2. Induction step: Let us  assume that (1) is true for positive integers n = k − 1 and n = k. Then we have F−(k+1) = F−(k−1) − F(−k)     ..(from definition)                = (−1)^k×Fk−1 − (−1)^(k+1)×Fk           ...