This study aims to deliberate Mimessis, which has the most important concept of aesthetics and it’s place in the Platon’s Philosophy. Platon, who is the founder of the Forms Theory, saw art as Imitation (Mimesis) and because of this reason, he didn’t interpret art as Beauty Philosophy’s viewpoint, he interrepted it into Ideal State. What is the cause of this interpretation, why should it be censorshiped? This article aims to search answers of these questions according to Platon’s Forms Theory, Beauty Philosophy and art’s damage according to Platon.

Modern civilization has come in recent decades into a new phase in its development, called the information society. The concept of "information society" has become one of the most common. Therefore, the attempt to understand what exactly the society we live in, what are its essential features, and possible future scenarios, is important to the social and philosophical analysis. At the heart of all these deep transformations is more increasing, almost defining role knowledge and information as play substrata of «information society». The mankind opened for itself and actively exploits a new resource-information. Information society puts forward on the arena new type of the power, at the heart of which activity–mastering by a new resource: information and knowledge.

The main object of present paper is to obtain some summation formuale involving Contiguous relation, Recurrence relation, Gauss second summation theorem and Legendre duplication formula.

Although optical fiber communication is the best for transmitting data at a high rate, we are trying to push the data rate even higher. While the fiber channel may be capable of transmitting terabitper- second data rates, no existing single communication system can make complete use of this speed. Adding more and more fibers to the system as a method of increasing speed is uneconomical as we know the global network is made of a large submarine cable networks that is expensive to modify. An alternative solution to this is Wavelength Division Multiplexing (WDM) where each modulated signal is transmitted at an individual frequency, allowing full duplex data transmission. In WDM systems the available fiber bandwidth is divided into separate channels with each channel carrying one signal, thus increasing the overall data rate without increasing the number of fibers. The data rate of each channel can be limited, but with many channels the total data rate is considerably higher. At the receiver end of the link, a de-multiplexer separates the wavelengths and routes them into different fibers, which all terminate at separate receivers. The spacing between the individual wavelengths transmitted through the same fiber serve as the basis for defining Dense WDM and Coarse WDM. For cost-effective solutions to their transport needs, Coarse WDM is becoming more widely accepted as important transport architecture.

Performance, emission and combustion tests were carried out on a four stroke compression ignition engine using tobacco seed oil by varying fuel injection pressure and fuel injection timing and compared with base line diesel. The main objective of conducting the performance test on a most widely used agricultural segment engine with tobacco seed oil to help the farming community to use tobacco seed oil in case of emergency and short term applications. At 260 Bar and 26° BTDC the performance of the engine is quite encouraging compared to the operation of the engine at standard injection pressure of 205 bar and 23° BTDC

The study was accomplished to find out the problems of management of the crowded classrooms and their solutions in secondary schools of Punjab. The objectives of the study were; (i) to identify the problems faced by the teachers in managing the crowded classrooms; (ii) to analyze the perceptions of teachers and head teachers about the strategies of management of the crowded classrooms; (iii) to find out the strategies applied by the teachers to manage the crowded classrooms; (iv) to rank the problems and strategies used to manage the crowded classes. A cross-sectional survey was conducted using questionnaires for the teachers and students and an interview for the head teachers. Purposive sampling technique was used for the selection of the head teachers (18), secondary school teachers (54) and students (216). Two types of instruments were developed to collect the data. A questionnaire was used to identify the problems of the teachers. The interview of head teachers was conducted for the analysis of the perception about the solution of managerial problems.

The language which is learned after the learning of native language is called second language and the process of learning the second language is called second language acquisition (Gass & Selinker, 2008). The study of learning strategies has gained much importance in the field of second language acquisition during the past few decades (Koch, 2005). “Language learning strategies are operations employed by the learner to aid the acquisition, storage, retrieval, and use of information; specific actions taken by the learners to make learning easier, faster, more enjoyable, more self-directed, more effective, and more transferable to new situations” (Oxford, 1990).

As drought is a major production constraint, there is a need to develop drought tolerant varieties which in turn requires identification of genotypes that carry genes or QTLs associated with drought tolerance. Hence, the objectives of this study were to identify and map chromosomal regions associated with drought tolerance and to identify SSR markers tightly linked to these QTLs and to identify drought tolerant sorghum genotypes. Phenotypic and genotypic coefficients of variations were moderately high at both locations. The population structure analysis revealed four distinct clusters for 151 accessions studied. A total of four SSR markers were found to be consistently associated with days to 50% flowering, panicle exsertion and grain weight per panicle. These markers were localized with previously identified markers. Hence, the identified markers could be used in future marker-assisted selection programmes

Resistor, capacitor and IC logic gate are widely used in the electronic circuit, different values and types are needed to design and in practical operation. To get the proper output of the circuit the component must have accurate value, Nowadays Computer is very much available, Peoples especially students take it their everyday life partner. For this reason we want to make the computer as a versatile system. The circuit described in this paper “Computer interfaced IC logic gate tester and R-C meter” is a device that can test and measure the value of the IC and RC by connecting directly to the computer through the parallel port and using a software that control the device is a easy process for testing the logic IC, resistor and the capacitor. It may used instead of multimeter.

This paper deals with experimental evaluation and verification of different parameters of microwave signal, widely used in mobile cellular communication, TV, Radar, satellite and others point to point communication, all over the world. To achieve the experimental results Microwave Communication Base (Electronic Communications) of LJ Group is used. With introduction of microwave this project paper also contains experiments of beam width, reflection, diffraction, interference, and effect by polarization grill, penetration properties of materials, and benefits of using waveguides and behavior of microwave in a dielectric.