When the poet experienced Aphrodite's personified sexual desires as a 'Dancing Eros' in Book I, he will also appear as a sweet 'Winged Child' throwing his arrows with a deadly aim, making no difference where or on what continent he'll show up, or which gender he chooses at random. But parties in full swing are his preferred spots to mingle, where the young and the young at heart gather with an expectation for a good time, a sensual flirt, or perhaps with good luck finding a matching partner in love.
Drawing together new research from emerging and senior scholars, this selection of papers from the decennial Greek Drama V conference (Vancouver, 2017) explores the works of the ancient Greek playwrights and showcases new methodologies with which to study them. Sixteen chapters from a field of international contributors examine a range of topics, from the politics of the ancient theatre, to the role of the chorus, to the earliest history of the reception of Aeschylus' Oresteia. Employing anthropological, historical, and psychological critical methods alongside performance analysis and textual criticism, these studies bring fresh and original interpretations to the plays. Several contributions analyse fragmentary tragedies, while others incorporate ideas on the performance aspect of certain plays. The final chapters deal separately with comedy, naturally focusing on the plays of Aristophanes and Menander. Greek Drama V offers a window into where the academic field of Greek drama is now, and points towards the future scholarship it will produce.
Index Questions only MCQs Topic: Solar System (Q.1 to Q.22) (Page No. 2-3) MCQs Topic: The solar system planets information (Q.23 to Q.66) (Page No. 4- 8) Geomorphology MCQs Topic: Latitudes and Longitudes (Q.67 to Q.76) (Page No.8-9) MCQs Topic: Latitude and Longitude Specific | Standard Time zone (Q.77 to Q.101) (Page No.9-11) MCQs Topic: Motions of the Earth: Rotation and Revolution (Q.102 to Q.111) (Page No.11-12) MCQs Topic: Domains of the Earth: Lithosphere, Atmosphere, Hydrosphere, Biosphere (Q.112 to Q.133) (Page No.12-14) MCQs Topic: Interior of the Earth: Core, Mantle and Crust (Q.134 to Q.155) (Page No.14-16) MCQs Topic: Earthquake Causes and Effects (Q. 156 to Q.195) (Page No.16-20) MCQs Topic: Seismic waves and earth’s interior: P waves, S waves, L waves (Q.196 to Q.215) (Page No.20-21) MCQs Topic: Classification of Rocks: Igneous, Sedimentary and Metamorphic Rocks (Q.216 to Q.251) (Page No.21-24) MCQs Topic: Continental Drift Theory: Evidences and Drawbacks (Q.252 to Q.261) (Page No.25-25) MCQs Topic: Seafloor Spreading theory, Paleomagnetism (Q.262 to Q.277) (Page No.25-27) MCQs Topic: Plate Tectonics theory (Q.278 to Q.305) (Page No.27-30) MCQs Topic: Geomorphic Processes: Endogenic and Exogenic forces (Q.306 to Q.322) (Page No.30-31) MCQs Topic: Endogenic forces: Epeirogenic and Orogenic (Q.323 to Q.341) (Page No.31-33) MCQs Topic: Exogenic Forces: Denudation and Weathering (Q.342 to Q.366) (Page No.33-35) MCQs Topic: Tsunami and its causes & Tsunami Warning Systems (Q.367 to Q.373) (Page No.35-36) MCQs Topic: Volcanism and Volcanic landforms (Q.374 to Q.423) (Page No.36-41) MCQs Topic: Major Landforms of the Earth (Q.424 to Q.430) (Page No.41-41) MCQs Topic: Fluvial landforms (Q.431 to Q.445) (Page No.41-43) MCQs Topic: Aeolian Landforms (Q.446 to Q.474) (Page No.43-45) Climatology MCQs Topic: Latitudes and Longitudes (Q.475 to Q.480) (Page No.45-46) MCQs Topic: Composition and structure of the atmosphere (Q.481 to Q.509) (Page No.46-49) MCQs Topic: Insolation and Heat budget of the Earth (Q.510 to Q.538) (Page No.49-51) MCQs Topic: Pressure Belts of the Earth (Q.539 to Q.567) (Page No.51-54) MCQs Topic: Types of Wind – Permanent, Secondary & Local Winds (Q.568 to Q.602) (Page No.54-57) MCQs Topic: Temperature Inversion: Types & Effects on Weather (Q.603 to Q.619) (Page No.57-59) MCQs Topic: Cyclones and Anticyclone (Q.620 to Q.654) (Page No.59-62) MCQs Topic: Jet Stream (Climatology) (Q.655 to Q.669) (Page No.62-64) MCQs Topic: Clouds formation & Types of clouds (Q.670 to Q.696) (Page No.64-66) MCQs Topic: Precipitation: Types of Precipitation & Types of Rainfall (Q.697 to Q.739) (Page No.66-70) Oceanography MCQs Topic: Major and Minor Ocean Relief Features (Q.740 to Q.785) (Page No.70-75) MCQs Topic: Important Seas of the world (Q.786 to Q.830) (Page No.75-79) MCQs Topic: Salinity of Ocean water (Q.831 to Q.853) (Page No.79-81) MCQs Topic: Ocean Waves & Movements of Ocean Water (Q.854 to Q.865) (Page No.81-82) MCQs Topic: Ocean Currents: Types of Ocean Currents (Q.866 to Q.892) (Page No.82-84) MCQs Topic: Tides: Spring & Neap Tide, Tidal Bulge, Tidal Bore (Q.893 to Q.921) (Page No.84-87) MCQs Topic: Ocean Resources: Biotic and Abiotic (Q.922 to Q.945) (Page No.87-89) MCQs Topic: El-Nino, La-Nina, ENSO, El Nino Modoki (Q.946 to Q.970) (Page No.89-92) MCQs Topic: Oceans Issues and Threats (Q.971 to Q.995) (Page No.92-94) Revision Test: (Q.1 to Q.322) (Page No.94-122) Questions Cum Answers MCQs Topic: Solar System (Q.1 to Q.22) (Page No.124-130) MCQs Topic: The solar system planets information (Q.23 to Q.66) (Page No.130-141) Geomorphology MCQs Topic: Latitudes and Longitudes (Q.67 to Q.76) (Page No.141-143) MCQs Topic: Latitude and Longitude Specific | Standard Time zone (Q.77 to Q.101) (Page No.143-150) MCQs Topic: Motions of the Earth: Rotation and Revolution (Q.102 to Q.111) (Page No.150-153) MCQs Topic: Domains of the Earth: Lithosphere, Atmosphere, Hydrosphere, Biosphere (Q.112 to Q.133) (Page No.153-158) MCQs Topic: Interior of the Earth: Core, Mantle and Crust (Q.134 to Q.155) (Page No.158-162) MCQs Topic: Earthquake Causes and Effects (Q. 156 to Q.195) (Page No.162-171) MCQs Topic: Seismic waves and earth’s interior: P waves, S waves, L waves (Q.196 to Q.215) (Page No.171-175) MCQs Topic: Classification of Rocks: Igneous, Sedimentary and Metamorphic Rocks (Q.216 to Q.251) (Page No.175-183) MCQs Topic: Continental Drift Theory: Evidences and Drawbacks (Q.252 to Q.261) (Page No.183-186) MCQs Topic: Seafloor Spreading theory, Paleomagnetism (Q.262 to Q.277) (Page No.186-190) MCQs Topic: Plate Tectonics theory (Q.278 to Q.305) (Page No.190-197) MCQs Topic: Geomorphic Processes: Endogenic and Exogenic forces (Q.306 to Q.322) (Page No.197-200) MCQs Topic: Endogenic forces: Epeirogenic and Orogenic (Q.323 to Q.341) (Page No.200-204) MCQs Topic: Exogenic Forces: Denudation and Weathering (Q.342 to Q.366) (Page No.204-210) MCQs Topic: Tsunami and its causes & Tsunami Warning Systems (Q.367 to Q.373) (Page No.210-212) MCQs Topic: Volcanism and Volcanic landforms (Q.374 to Q.423) (Page No.212-224) MCQs Topic: Major Landforms of the Earth (Q.424 to Q.430) (Page No.224-225) MCQs Topic: Fluvial landforms (Q.431 to Q.445) (Page No.225-229) MCQs Topic: Aeolian Landforms (Q.446 to Q.474) (Page No.229-236) Climatology MCQs Topic: Latitudes and Longitudes (Q.475 to Q.480) (Page No.236-238) MCQs Topic: Composition and structure of the atmosphere (Q.481 to Q.509) (Page No.238-244) MCQs Topic: Insolation and Heat budget of the Earth (Q.510 to Q.538) (Page No.244-251) MCQs Topic: Pressure Belts of the Earth (Q.539 to Q.567) (Page No.251-260) MCQs Topic: Types of Wind – Permanent, Secondary & Local Winds (Q.568 to Q.602) (Page No.260-269) MCQs Topic: Temperature Inversion: Types & Effects on Weather (Q.603 to Q.619) (Page No.269-274) MCQs Topic: Cyclones and Anticyclone (Q.620 to Q.654) (Page No.274-284) MCQs Topic: Jet Stream (Climatology) (Q.655 to Q.669) (Page No.284-289) MCQs Topic: Clouds formation & Types of clouds (Q.670 to Q.696) (Page No.289-295) MCQs Topic: Precipitation: Types of Precipitation & Types of Rainfall (Q.697 to Q.739) (Page No.295-306) Oceanography MCQs Topic: Major and Minor Ocean Relief Features (Q.740 to Q.785) (Page No.306-316) MCQs Topic: Important Seas of the world (Q.786 to Q.830) (Page No.316-324) MCQs Topic: Salinity of Ocean water (Q.831 to Q.853) (Page No.324-330) MCQs Topic: Ocean Waves & Movements of Ocean Water (Q.854 to Q.865) (Page No.330-333) MCQs Topic: Ocean Currents: Types of Ocean Currents (Q.866 to Q.892) (Page No.333-339) MCQs Topic: Tides: Spring & Neap Tide, Tidal Bulge, Tidal Bore (Q.893 to Q.921) (Page No.340-346) MCQs Topic: Ocean Resources: Biotic and Abiotic (Q.922 to Q.945) (Page No.346-351) MCQs Topic: El-Nino, La-Nina, ENSO, El Nino Modoki (Q.946 to Q.970) (Page No.351-358) MCQs Topic: Oceans Issues and Threats (Q.971 to Q.995) (Page No.358-364) Revision Test: (Q.1 to Q.322) (Page No.365-412)
Comic Business situates Aristophanic comedy in the context of competitive (re)performance culture in 5th- and 4th-century Greece. It seeks to illuminate how the dazzling busyness of Aristophanic comedy is the creation of a carefully manipulating craftsman trying to outdo his rivals in the fierce competition of the dramatic festivals. Theoretically informed by theatre semiotics and frame-based models of conceptualizing the theatrical event, it analyses in a number of casestudies how theatrical resources of all kinds are utilized in order to generate theatrical meaning as well as capture and sustain audience interest. The approach therefore combines philological analysis with methodologies developed in Theatre Studies. Special attention is given to the visual dimension oftheatrical communication. Material from comparator traditions is brought to bear, as is the evidence of the pictorial record.
Provides an invaluable, detailed and up-to-date coverage of atmospheric effects and their impact on satellite communications systems design and performance. Significant progress has been made in the last decade in the understanding and modelling of propagation effects on radio wave propagation in the bands utilized for satellite communications. This book provides a comprehensive description and analysis of all atmospheric effects of concern for today’s satellite systems, and the tools necessary to design the links and to evaluate system performance. This book will serve as an excellent reference to communications engineers, wireless network and system engineers, system designers and graduate students in satellite communications and related areas. Key features: Provides the state of the art in communications satellite link design and performance from the practicing engineer perspective – concise descriptions, specific procedures and comprehensive solutions Contains the calculations and tools necessary for evaluating system performance Provides a complete evaluation of atmospheric effects, modelling and prediction Focuses on the satellite free-space link as the primary element in the design and performance for satellite communications, and recognizes the importance of free-space considerations such as atmospheric effects, frequency of operation and adaptive mitigation techniques a solutions manual is available directly from the author ([email protected])
