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Translation of literary texts in general and poetry in particular as a distinctive type of translation has been of great importance since the early appearance of translations. On the one hand, the difficulty of translating the metrical pattern and on the other hand the nature of poetry itself has turned the poetry translation a very controversial issue and there have been done many investigations on its different aspects. When it comes to rendering the very spirit of masterpieces like Shahnameh, poetry translation becomes so much trickier. This study aimed to analyze the story of The Seven Stages of Esfandyar in Shahnameh in terms of figures of speech to realize that how the figures of speech are transferred or lost in the English translation of Shahnameh. To this end, First 10 verses of the story of The Seven Stages of Esfandyar which were selected according to the degree of frequency of figures of speech and also the translation of the selected verses were studied, each of them were analyzed separately by identifying figures of speech. Then the type and number of figures of speech in the source text were compared with those of the target text. The findings indicated that there was about 50% loss in Warner & Warner's Translation of Figures of speech in the selected verses of the story of the seven stages of Esfandiyar in Shahnameh.

A step-by-step analysis of means (ANOM) procedure has been extended to analyze the data from orthogonal array experiments. The procedure is also illustrated with the help of a numerical example.

Groundwater has been identified as the best source of rural water supply because it has eliminated the problem of water borne diseases which have affected communities in the Pru District in the Brong Ahafo Region for some years. An adequate and sustainable source of groundwater can be obtained by geophysical methods which ensure that potable and safe drinking water is available for the entire population. Integrated geophysical methods involving Electromagnetic and Electrical resistivity methods have been carried out to delineate groundwater potential and locate drilling sites for boreholes in the District. The Electromagnetic profiling method was used for reconnaissance survey to identify anomaly conductive spots for further investigation using the Vertical Electrical Sounding (VES) technique. The Schlumberger array was carried out for the VES investigation. Interpretation of the VES data revealed a general pattern of a three layered earth structure, namely topsoil, saturated sandy/ lateritic clay and weathered/ fractured/ fresh basement rocks. The presence of aquifer units included the weathered zones and the fractured basement. These units are found at a depth ranging between 27.0 and 69.5 m.

The concept of quality of life is very broad and dynamic. We can find several definitions for this term in literature, but all of them take physical, cultural, social and environmental conditions into consideration (C.S. Peranambuco et al. 2012). World Health Organization (WHO) defines quality of life as an individual’s perception of their position in life in the context of the culture and value systems in which they live and in relation to their goals, expectations, standards and concerns. It is a broad concept incorporating an individual’s physical health, psychological state, level of independence, social relationships, personal beliefs and relationship with the environmental conditions (WHO 1998).

The new complexes of novel ligand with Zr (IV), In(III) Tl (III), and Th (IV) have been synthesized. These complexes were then characterized by melting point, magnetic studies and spectroscopic techniques involving infrared spectra (IR), UV–Vis, 1H NMR. C, H, N and halogen elemental analysis and thermal behavior of complexes also investigated. The results suggested that the molar ratio for all complexes is 1:2 where ligand acts as a bidentate via one of the oxygen atoms of the hydroxyl group tetracycline and oxime .through the Eyring parameters were calculated from thermo gravimetric (TGA) and differential thermo gravimetric (DTG) curves, using Coats–Redfern (CR). The cell dimensions were found by X-ray powder pattern and molecular structure were optimized by Chem Office Ultra-11 software programme.

Nigeria is one of the countries of the world with a variety of oil seeds, therefore the potential of Nigeria leading Africa, and the world at large, in the area of seeds oil production was examined by evaluating the oil yield and physicochemical qualities of oil extracted from Citrullus lanatus from the southern region of the country. The lipid content of Citrullus lanatus seeds was found to be 57.26%. The iodine, saponification, acid, free fatty acid, peroxide, specific gravity, refractive index and pH, were analysed using standard procedures and values were found to be 114.94g I₂/100g, 220.19 mgKOH/g, 7.09 mgKOH/g, 4.512%, 20.00 meq/kg, 0.913, 1.35, and 4.45 respectively. The oil contains five main fatty acids: palmitic, stearic, oleic, linoleic are linolenic acids, but the most abundant fatty acid is linoleic with a value of 64.15% which is used industrially as a drying agent in gloss paint. Due to their high oil yield and abundance, oils from Citrullus lanatus seeds may be considered as Nigeria potential asset for soap production and other industrial applications.

Different node splitting criteria are available for the construction of classification and regression trees. Two of these criteria i.e. Gini and Twoing criterion have been implemented in CART (Salford systems, 1995), Entropy function in C4.5 (Quinlan, 1993) etc. These criteria provide similar results especially for the small number of categories but not for large. To overcome this problem, we proposed a new node splitting method for the construction of classification trees. The performance of the new method is compared with conventional methods using two real life datasets and it is observed that the new method gives better results in terms of misclassification and deviance.

As a result of globalization the world is getting closer day-by-day and transforming into universal community. The organizations are in progressive state and converting into a hub of culturally varied individuals. This diversity is good as it brings significant prospective like innovative thinking, improved judgement, inspiration, etc. But on the other side,these cultural discrepancies have also become the root cause of clashes, encounters, intricate situations and communication collapse, etc. Among all these issues, communication can be considered as one of the biggest challenges of multicultural organizations, as different area employees’ speak different languages and unable to communicate effectively.This ineffective communication leads to a state of confusion and ambiguity among employees, partners and customers. Due to unsuccessful projects, business partners and customers become unsatisfied and organizations get converted into a dejected place. The purpose of this paper is to know that how communication is acting as a challenge in multicultural organizations. With the help of the existing literature the authors have made an attempt to explore the various factors which make communication, a challenge to Multicultural organizations, and to explore what all are the areas which may get affected due to dearth of productive multi-cultural communication and suggestions are given to overcome these barriers. Keywords: Miscommunication, Multicultural, Communication Challenges, Diverse Workforce, Leadership.

Compatibility of implements with tractors has direct impact on quality of work (planting and tillage). To determine the degree of compatibility, data were collected from 310 tractor users throughout Kurdistan, West Azerbaijan, East Azerbaijan, Kermanshah and Hamadan provinces in Iran by random sampling method using Cochran’s formula. Each questionnaire sheet had six check boxes indicating different levels of satisfaction (excellent, very good, good, moderate, weak and very weak) with the values of 6, 5, 4, 3, 2 and 1, respectively. Cronbach's alpha coefficient of 0.67 obtained for the questionnaires. The results showed that the slope of land had significantly negative effect on compatibility of tractors with the equipment. Also tillage and planting equipment were less compatible with MF240 tractor. MF285 tractor was incompatible with all the equipment used. On the other hand, MF399, because of its high traction capacity, observed to be the most compatible with equipment. Results also showed that the farmers' education had direct impact on compatibility between tractor and implements. Providing the farmers with more knowledge about the compatibility factors, draft and implement adjustments through CDs and manuals as well as short training courses may help to overcome tractor-implement incompatibility problems.

In this paper, we propose to integrate Program Evaluation and Review Technique (PERT), Genetic algorithm (GA) and Gantt chart (GC) for scheduling a construction project. Here, earliest start (ES) and earliest finish (EF) times of the activities are considered. Then, the parents, which depend on ES and EF, are selected from the uniform distribution. Crossover and mutation are implemented on the offspring for a better solution. The fitness, which represents the total cost, is computed. As a result, the finishing time and the cost expended for the project are minimized. In conclusion, the efficiency of the approach proposed is shown.