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While power scarcity was the hall-mark of the era of traditional international system, power-surplus came to be distinguishing characteristic of the post-war international system. The emergence of nuclear armament race between the two super powers greatly intensified the cold war in 1950s and it continued to be a major factor of international relations of the cold war period. Later on, the Soviet decision to break the US monopoly over the atomic secret became a factor in the cold war that emerged in international relations. During the Second World War, the refusal of the USA to share the atomic secret with the USSR made the latter immensely annoyed with the former. In the era of cold war, the nuclear weapons acted as a determinant of the relations between the USA and USSR.
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A Dangerous dimension to Cold War during 1995-90: Nuclear weapons acted as a determinant of the power status of the two rival blocs of powers in the era of Cold War (1945-90). With the extension of the nuclear club, as a result of the entry of Britain, France and China, the bipolar power structure got transformed into a multipolar structure. Later on, when the USSR was also successful in breaking the atom and in securing nuclear weapons, it led to the emergence and strengthening of bipolarity in international relations. monopoly over the atomic weapons definitely made it the most powerful nation in the world. The emergence of nuclear weapons has been a source of a big impact on the international power structure. Dependence of chemical properties of elements on their electronic structure.The fourteen impact of nuclear weapons on international relations: 1.Classification of the first twenty elements in the periodic table on the basis of the number of outer electrons.The periodic table as a list of elements arranged so as to demonstrate trends in their physical and chemical properties.Comparison of Mendeleev’s table with the modern periodic table.Describe and model the structure of the atom in terms of the nucleus, protons, neutrons and electrons comparing mass and charge of protons neutrond and electrons. 1.6.8 recall that elements with similar properties appear in the same group (for example Group 1 (I) and Group 2 (II) are groups of reactive metals, Group 7 (VII) is a group of reactive non-metals and Group 0 is a group of non-reactive non-metals)….Unit C1: Structures, Trends, Chemical Reactions, Quantitative Chemistry and Analysis.1.6.8 recall that elements with similar properties appear in the same group (for example Group 1 (I) and Group 2 (II) are groups of reactive metals, Group 7 (VII) is a group of reactive non-metals and Group 0 is a group of non-reactive non-metals),….Unit 1: Structures, Trends, Chemical Reactions, Quantitative Chemistry and Analysis.(d) general trends in ionisation energy, melting temperature and electronegativity across periods and down groups.(a) elements being arranged according to atomic number in the Periodic Table.Unit 1: THE LANGUAGE OF CHEMISTRY, STRUCTURE OF MATTER AND SIMPLE REACTIONS.(l) the similarities and trends in physical and chemical properties of elements in the same group as illustrated by Group 1 and Group 7.(i) metals being found to the left and centre of the Periodic Table and non-metals to the right, with elements having intermediate properties appearing between the metals and non-metals in each period.(h) elements being arranged in order of increasing atomic number and in groups and periods in the modern Periodic Table, with elements having similar properties appearing in the same groups.1.2 ATOMIC STRUCTURE AND THE PERIODIC TABLE.Unit 1: CHEMICAL SUBSTANCES, REACTIONS and ESSENTIAL RESOURCES.(k) the similarities and trends in physical and chemical properties of elements in the same group as illustrated by Group 1 and Group 7.(h) metals being found to the left and centre of the Periodic Table and non-metals to the right, with elements having intermediate properties appearing between the metals and non-metals in each period.(g) elements being arranged in order of increasing atomic number and in groups and periods in the modern Periodic Table, with elements having similar properties appearing in the same groups.2.2 ATOMIC STRUCTURE AND THE PERIODIC TABLE.Hamied Inspirational Chemistry Programme.Introductory maths for higher education.The physics of restoration and conservation.