Abstract Redox reactions are crucial not in the field of chemistry but they form a very important part of life of the living organisms. This being a major factor of survival for all living things, we begin this work by introducing the commonly known type oxidation and reductions reactions well known to most of the chemists and other scientists. After setting the basis of subjects, there a part which is dedicated to explains how chemical reactions are detected as taking placing through instructions of what was done in the work w2hich is further discussed in the paper. Then, we show evidence of redox reactions in the part that following by displaying the result obtained after which detailed information of the reactions are deduced to make the target audience better understand the work accomplished. At the end, we finally pin point the major fact established through the carrying out of the experiment. Introduction In the field of chemistry, there are many reactions which are performed for the purpose of producing new products, which may be simpler or complex than the original ones depending on the nature of reaction that takes place. Most of the chemical reactions carried out during synthesis and manufacture of these new products mainly occurs through reduction and oxidation reactions simply refer to as redox reaction (Atkins and Loretta, 2007, 356). Redox reactions are thus very important in the world of chemistry, especially by considering that they occur between and within elements or compounds in their three state of nature. That is, redox reactions may take place with element of the same kinds like metal (metal ions) reacting with other type of metal ions as exemplified with silver and copper metals; or redox reactions also involve elements of different states. For instance, burning of substances is a common method known for the production or synthesis of new products, it’s among the redox category of reactions involving addition and removal of the oxygen element from other elements or compounds (Zumdahl, 2007, 45) Despite the fact that combustion reactions/ synthesis are widely known as representative of redox reaction group, the transfer of electrons and hydrogen from one compound or element to another is also another form redox reaction, which more specifically are represented as displacement reactions, and are more advanced and sophisticated as compared to combustions (Olmsted, 2005, 56). Similar to combustion, elements in the same period or group may show similarities or differences in their displacement ability, hence, becoming important in synthesis/production and separation technique for compounds and certain elements. It is from this point of view, on which the current experiment is based on, mainly to get the insight of the reaction trends of elements and ions of various elements belonging to the same periodic groups of IV and VII. Aim/objective The objective of this study was to explore and discover the trends of reducing and oxidizing strength of elements in the same groups, compare the phenomenon trends of redox reactions of metal-metal with those of gaseous elements in groups VIIA elements, try physically through observation means identify the products of the redox reactions after establishing their balance half ce