Everyone is born with the right to life and the right to live that life with the dignity of a human being and a citizen, to have the right to choose education, place of residence, the right but not the obligation to start a family, the right to earn money and the freedom to dispose of it. Every man and citizen is a woman. However, it hasn't always been like that: The work deals with the position of women in society, and what is reflected on her position and status in the family throughout history and modern times. The main goal of the work is, through a cross-section of the past with a comparative analysis of the contemporary era, to realize productivity and full equality of the sexes in the near future. The work is based on the analysis of a heterogeneous family (the family of a man and a woman).

This paper, based on the documentation from the database of the International Criminal Tribunal for the former Yugoslavia (ICTY), is dedicated to the suffering of the "Banja Luka babies", one of the many cases of tragic childhood during the aggression against Bosnia and Herzegovina in 1992. The case of the agony of new-borns in the Banja Luka Clinical-Medical Centre (CMC) caused controversy in the public. It is the subject of propaganda speculations and various political calculations that do not stop even with the act of presenting the medical documentation of the deceased newborns as exhibits for the defence during the trial of Radoslav Brđanin before the ICTY. Brđanin was found guilty and at the end of the trial sentenced to 30 years in prison for crimes against humanity, violations of laws and customs of war, and serious violations of the 1949 Geneva Conventions.

In order to achieve economic progress in less developed countries, it is necessary to provide the necessary resources. Foreign investments very often represent the primary source of financing for certain world economies, and the struggle for financial resources, which are limited, is becoming greater. Many countries have a planned approach to this process, and make huge efforts to attract foreign investors. For this reason, it is necessary to systematically approach this research problem, and to create adequate strategies for attracting foreign investments. When it comes to Bosnia and Herzegovina and the surrounding countries, the competition to attract foreign investments between them is getting tougher. Each of the neighboring countries has its own competitive advantages, and with an adequate set of incentive measures, it can achieve a significant inflow of foreign investments. Unfortunately, of all the surrounding countries, Bosnia and Herzegovina has the lowest inflow of foreign investments, so it is necessary to define the competitive advantages of the business environment in Bosnia and Herzegovina.

RESUMO Objetivo: Analisar os fatores maternos e neonatais de recém-nascidos de mães adolescentes associados à reinternação hospitalar no período neonatal. Método: Estudo quantitativo transversal, retrospectivo e analítico, com 489 recém-nascidos de mães adolescentes, nascidos em 2019 e 2020 em um hospital público de alta complexidade, localizado na região Sul do Brasil. Os dados foram coletados por meio de uma query e analisados no software SPSS utilizando os testes qui-quadrado ou exato de Fisher. Para controle de fatores confundidores, empregou-se o modelo multivariado de Regressão de Poisson. Resultados: A prevalência de reinternação hospitalar de recém-nascidos de mães adolescentes foi de 9,2%, principalmente por condições respiratórias, sendo o diagnóstico de bronquiolite aguda o mais prevalente, com 22,3%. Conclusão: A reinternação hospitalar neonatal esteve associada à prematuridade, ao Apgar 1º minuto <7 e à procedência da mãe.

In this paper the influence of different process parameters on surface roughness responses in plasma jet cutting process was investigated. Experimentations were conducted on shipbuilding aluminium 5083 sheet thickness 8 mm. Experimental work was performed according to Taguchi L27 orthogonal array by varying four parameters such as gas pressure, cutting speed, arc current and cutting height. Due to complexity of manufacturing process and aim to cover wide experimental space few constraints regarding cutting area were defined. Surface roughness parameters Ra and Rz were analysed as cut quality responses. In order to define mathematical model that will be able to describe effects of process parameters on surface roughness artificial intelligence (AI) fuzzy logic (FL) technique was applied. After functional relations between input parameters and surface roughness responses were defined prediction accuracy of developed fuzzy logic model was checked by comparison between experimental and predicted data. Mean absolute percentage error (MAPE) as well as coefficient of determination (R2) were used as validation measures. Finally, optimal process conditions that lead to minimal surface roughness were defined by creating response surface plots.

The removal of copper ions from aqueous solutions using bean shells as an adsorbent is presented in this paper. The influence of the solution solution pH on the biosorption capacity was investigated. The biosorption capacity increased with the increase in the solution pH. The pseudo-second order kinetic model showed the best agreement with the analyzed experimental data, indicating that chemisorption could be a possible way of binding the copper ions to the surface of the bean shells. The Langmuir isotherm model best fitted the analyzed isotherm data. The SEM-EDS analysis was performed before and after the biosorption process. The change in the morphology of the sample after the biosorption process was evident, whereby K, Mg, Si, and Ca were possibly exchanged with copper ions. Response Surface Methodology (RSM) based on the Box-Behnken design (BBD) was used to optimize the biosorption process, with the selected factors: the solution pH, initial copper ions concentration, and contact time. The optimum biosorption conditions were determined to be: pH = 3-4, initial copper ions concentration 100 mg dm-3, and contact time 10-30 minutes.