Abstract: 

The aim of this paper is to present two iterative methods for obtaining numerical solutions to nonlinear equations. Our research shows that our methods have convergence orders of eight and nine. Analytical investigation demonstrates that our schemes are more efficient than certain recent methods. We provide numerical examples to evaluate the performance of our proposed schemes, and we also verify the theoretical order of convergence on these examples.  

Keywords:  Nonlinear Equation; Iterative Method; Convergence Order. 

Abstract: 

  The research aims to identify the conceptual framework of artificial intelligence systems, and then determine the impact of the use of artificial intelligence in its dimensions on the accounting profession from the point of view of accountants. The study sample included (165) accountants in companies and offices listed on the Amman Stock Exchange in the Hashemite Kingdom of Jordan. This study produced a set of results, the most important of which are: The majority of the opinions of the surveyed groups are aware of the relationship between the use of artificial intelligence applications and the strategy and techniques of the accounting profession. There is no room for establishments to avoid using artificial intelligence technology, while the study recommended the necessity of issuing instructions from the authorities related to accounting using systems techniques. Artificial intelligence to be applied effectively by accountants with the aim of keeping pace with modern developments in general and at the level of the profession in particular, and informing the occupants of this profession based on the fact that in the near future the jobs of the accounting and auditing profession that do not keep pace with these developments will be replaced.

Keywords: Artificial Intelligence Applications,  Accounting Profession, Accounting offices, Accounting Companies.

Abstract: 

  The functional properties of millet grains available in the Brak market were studied. Water absorption capacity (WAC), oil absorption capacity (OAC), solubility, and swelling power (SP) were evaluated. The results showed no significant differences between the first type imported from India and the second type imported from Niger. The water absorption capacity of millet imported from India 2.209 (±0.010) was lower than that of millet imported from Niger 2.256 (±0.090), while the oil absorption capacity of millet imported from India 1.532 (±0.096) was higher than that of millet imported from Niger 1.467 (±0.014). The solubility of millet imported from India 0.557 (±0.004) was lower than that of millet imported from Niger 0.597 (±0.001), while there was no significant difference in the swelling power of millet imported from India 9.7 (±0.2) and millet imported from Niger 9.8 (±0.3).

Keywords: Millet grains; Functional properties; Water and oil binding capacity; Solubility; Swelling power.

Abstract: 

Understanding the electrical activity of the brain is crucial in neurology, and that is where Electroencephalography (EEG) comes in. These recordings pick up the brain's electrical activity, helping us see hidden patterns, especially in epilepsy patients. While EEG results can sometimes look messy, like a storm cloud of signals, analyzing them with math can reveal valuable clues. This study proposes a new approach to interpreting EEG data during seizures. Instead of thinking of EEG data during seizures as just electrical noise, we propose using a different kind of mathematical equation “an integral equation” to capture the bigger picture. This could lead to a deeper understanding of how the brain behaves during epileptic seizures.

Keywords: Epileptic Seizures , EEG, Integral Equation.

Abstract: 

Linseed is currently revitalized worldwide owing to its multiple values for food, feed, medicinal, and industrial uses. It has beneficial effects in preventing cancer, coronary heart disease, and sudden death from arrhythmia for its rich source of omega-3 fatty acids, plant lignans, and soluble fiber that can contribute vital to healthy life. As a result, it is now designated as one of the healthy foods for the 21st century. This paper reviewed GxE interaction effects and basic concepts of stability on Linseed to discern useful information that could be used for future research input and development endeavors. Genotype and Environment (GxE) Intuitive are characterized as a wonder in which phenotypes react to genotypes in an unexpected way concurring with diverse natural variables. The concept of genotype by environment interactions leads to measuring the agronomic stability of the genotype. Linseed grain abdicates steadiness is affected by the capacity of a genotype to respond to natural conditions, which is decided by the genotype's hereditary composition. The stability analysis and adaptability of promising breeding materials are basic and important measuring concepts for wide and specific recommendations for known agricultural systems. The method commonly used for the analysis of G×E interaction is the Linear Regression model in which the bi-values give information about adaptability and S2d is used as a measure of the stability of performance, Additive Main Effects, and Multiplicative Interaction (AMMI) method as a measure of stability and adaptability. Linseed productivity is a direct consequence of how well adapted an individual's genotype is to the surrounding environment and specific environment.

Keywords: AMMI, G×E interaction, Linear, Omega-3, Fatty Acids, Stability.

ABSTRACT

With the depletion of fossil fuels and the effects of fossil fuel emissions on climate change. The demand for renewable energy is increasing. In addition to solving problems caused by fossil fuels on the climate. For these reasons, many researchers are focused on harvesting renewable energy and reducing the use of fossil fuels. Wind power is one of the most important renewable energies; the wind turbine is the machine that converts wind energy into mechanical energy. Which is used to pumping water, grind grain, and generate electricity? The main goal of the present work is to investigate experimentally the aerodynamic performance of a single blade cavity-type used for the vertical axis wind turbine having three movable vanes. In the current new design, the power generated depends on the drag force generated by the individual blades and interactions between them in a rotating configuration. The results obtained from the experimental tests showed that the drag coefficient Cd increase with increasing of upstream airflow velocity, and the drag coefficient Cd in maximum value at 90° and 270° angular positions for closed vanes blades.  While the drag coefficient Cd in maximum value at 90° angular positions and Cd is decreased to the minimum value in the negative side at and 270° ° angular position for the blade with open vanes. From the Cd results, it can be concluded that the drop in the static pressure on the positive side at 90° angular positions is higher than on the negative side at 270° angular positions, and this helps to increase the performance of VAWT having this blade design. Finally, the obtained results from the experimental work give a good agreement with those results reported in the published literature for VAWT has different blade configurations.

Keywords: Wind energy; Vertical Axis Wind Turbine; Performance Analysis; Drag Coefficient