Volume 8 | Issue 10 | October-2020

 Abstract

In the historiography of a particular place, it is necessary to know that in the history of that place, what is the history of the era before which we are trying to describe? Each place always has a different history and is marked by different names in different eras.Just like Ayodhya, the capital of the ancient Kosala kingdom, was known by various names from time to time. Sometimes Ayodhya, sometimes Saket, sometimes Visakha and sometimes Vinita was also called. Similarly, Ayodhya was called Awadh during the time of Mughal Emperor Akbar in the second half of the medieval period But when the Nawabs arrived in Awadh, first of all, a raw fort was built on the banks of Saryu river near Ayodhya with soil, wood etc Which is named as "Bangla." The entire area near this Bangla later became famous as the city of "Faizabad." and besides being the capital of Awadh, it was also the center of political activities of the whole of Awadh.The influence of Mughal architecture on the architecture of Nawab Yugin Faizabad clearly also, the use of Jaunpur style can be seen. Nawab Shuja-Ud-Daula developed Faizabad as the capital of Awadh during his tenure, grand buildings were built here.Nawab Shuja-Ud-Daula developed Faizabad as the capital of Awadh. During his tenure, grand buildings were built here.Nawab Shuja-Ud-Daula developed Faizabad as the capital of Awadh. During his tenure, grand buildings were built here in which many palaces, forts, markets and gardens etc. are prominent. After this, Bahu Begum built many royal mosques in Faizabad city.Under his direction, a grand mausoleum of Nawab Shuja-Ud-Daula was built at Gulab Bari in Faizabad. After the death of Bahu Begum in 1815, a grand mausoleum was also built on the Allahabad road Which is a sample of unmatched architecture in Faizabad as well as the whole of Awadh. At present, except for the tomb of Shuja-Ud-Daula at Gulab Bari and the tomb of Bahu Begum at Naka, all other buildings are dilapidated.

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�Nawabs Monuments of Faizabad speak their history through inscriptions.�

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Abstract Developing accurate soft computing methods for groundwater level (GWL) forecasting is essential for enhancing the planning and management of water resources. Over the past two decades, significant progress has been made in GWL prediction using machine learning (ML) models. Several review articles have been published, reporting the advances in this field up to 2018. Understanding of the state-of-the-art ML models implemented for GWL modeling and the milestones achieved in this domain. Furthermore, recommendations for possible future research directions to improve the accuracy of GWL prediction models and enhance the related knowledge are outlined.

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State-of-the-art, Machine learning, Groundwater level, Input parameters, Prediction performance Catchment sustainability.

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The objective of present study is to determine the toxic effect of arsenic and cadmium on albino rats blood parameters. Animals were exposed with low and high doses of sodium arsenite and cadmium chloride, along control. They were treated for 30 and 60 days separately, in two experimental sets. In each of the experimental sets, Group A was control, groups B exposed with low dose of CdCl2 (2.6mg/kg.b.wt.), group C with high dose of CdCl2 (5.2mg/kg.b.wt.), group D with low dose of sodium arsenite (4.3 mg/kg.b.wt.), group E with high dose of sodium arsenite (8.6 mg/kg.b.wt.), and group F with combined low dose of cadmium chloride and sodium arsenite (2.6mg/kg.b.wt + 4.3 mg/kg.b.wt). The findings of this study indicates that rats intoxicated with arsenic and cadmium chloride for 30 days showed decrease in TEC, TLC, Hb and PCV (P<0.05) values in all the treated groups and increase in MCV and ESR (P<0.05) values. Rats exposed for 60 days showed significant fall (P<0.05) in all these parameters except ESR. Group F with combined exposure of arsenic and cadmium showed significant fall in almost all parameters compared to other groups. Differential leucocyte count also fluctuated significantly.

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Cadmium, Arsenic, Rat, Hematology.

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An Ant Colony Search technique is used to solve the problem of optimal distributed generation (DG) allocation and sizing in radial distribution networks (ACSA). The objective is to determine the best size and position of distribution generators (DGs) for various IEEE radial distribution systems, such as 15-bus, 33-bus, and so on, while also noting the required number of DGs. Because there are various sources of DG, the suggested ACS method optimises both size and location. The objective is to keep the uniform voltage profile close to unity and hence minimise line losses in the radial distribution system. The problem's numerous practical restrictions are considered.

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Distributed Generation (DG), Distribution Network, Allocation, Losses, Ant Colony Search Algorithm (ACSA), Voltage Profile, Loss Reduction.

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The fitness industry is experiencing a renaissance. The machines have gone, the floor has been freed, and people are turning to functional training for an effective, modern workout. One of the most influential fitness trends in the recent past is Functional training. It works multiple groups at once, whilst allowing you to tailor your training towards a specific sport or activity. Per Olof Astrand coined the term functional training in a landmark article titled �Why Exercise?� He stated, �If animals are built reasonably, they should build and maintain just enough, but not more structure than they need to meet functional requirements� (1992, p. 154). Dr. Astrand was ahead of his time in predicting that people would soon be focusing more on why they should exercise, rather than on how exercise changes their physique. In a recent article on trends in fitness and wellness, Archer (2007) suggested that people need more of a sense of purpose for why they exercise and predicted that soon there will be a blending of fitness and wellness. Every individual has a specific reason as to why he or she exercises. While we all have our own personal motivations and fitness goals, it generally falls somewhere between: 1) IT IS TO LOOK BETTER. 2) FEEL BETTER 3) OR IS TO LOOK GOOD, MUSCULAR, FEEL BETTER AND AT THE SAME TIME PERFORM BETTER IN OUR DAY TO DAY ACTIVITIEs. JUST IMAGINE YOURSELF IN ONE OF THESE SITUTATIONS FEEL UNEASY TO LIFT AND HUG YOUR CHILD STANDING UP FROM A LOW CHAIR DIFFICULTY IN LIFTING A SUITCASE INTO AND OUT OF THE TRUNK OF THE CAR. If you can relate to any of these situations, you�re not alone. In fact, that�s why the concept of functional fitness has become so popular among people of all ages and ability levels. Whether you are active and want to improve your ability to perform in sports or hobbies, or you are more sedentary and find yourself having trouble maintaining your independence with daily activities, functional fitness is for you.

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FUNCTIONAL, FITNESS, CONCEPT, PRIMARY MOVEMENT

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Fire is a great servant but a bad master. Mastering fire was very crucial for the evolution of the human species. However, fire has been responsible for losing significant human life and property over the millennia. Wildfires have devastated humanity since the beginning of time. As technology has advanced, we have found different methods to address wildfires. These methods have had various levels of success against wildfires. Artificial intelligence is the newest tool humanity has developed to address its problems. Implementing artificial intelligence with deep learning will allow for a more efficient method of fighting wildfires. This will reduce the time taken to get wildfires under control and ensure the least number of human casualties in the process. This report highlights the advancements made in artificial intelligence and deep learning with regards to fighting and containing wildfires.

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Artificial Intelligence, Deep Learning, Wildfire prediction.

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Corona virus disease 2019 (COVID-19) is an ongoing infectious, pandemic disease and spread from person to person in multiple countries around the world. Corona virus is a group of viruses that cause infection in mammals and birds. In humans, bats serve as the main host reservoir for corona viruses causing respiratory tract infection and lead to be lethal.

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COVID 19 : A Fatal Viral Disease

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A SURVEY STUDY OF AGNI AND AMA W.S.R. TO GRAHANI ROGA

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Agni, Ama, Grahani, Irritable Bowel Syndorme, Pachakagni

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Biochar is charcoal used as a soil amendment for both carbon sequestration and soil health benefits. Biochar is a stable solid, rich in carbon, and can endure in soil for thousands of years. Like most charcoal, Biochar is a solid residue produced from burning organic material from agricultural and forestry wastes (also called biomass)in a controlled process called pyrolysis. The use of biochar can potentially aid in mitigating climate change through carbon sequestration and improve soil quality by the addition of nutrients, increased water holding capacity and providing a liming effect in soils. The physical and chemical properties of biochar can vary depending on pyrolysis conditions and feedstocks used.Biochar is a promising alternative to remedy the soils contaminated with heavy metals and organic compounds through adsorption and immobilization due to its large surface area, charged surface, and functional groups. Overall, the bioavailability of heavy metals and organic compounds decreases when biochar is amended into soils.This paper is mainly focused on the production of biochar with the use of castor stock and the pyrolysis.

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Biochar, Pyrolysis, Biomass, Heavy metals, Feedstock, Soil, Castor stock.

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RELATIONSHIP OF TOTAL FERTILITY RATE, BIRTH RATE, DEATH RATE, INFANT MORTALITY RATE AND LIFE EXPECTANCY AT BIRTH WITH LITERACY RATE IN INDIA

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RELATIONSHIP OF TOTAL FERTILITY RATE, BIRTH RATE, DEATH RATE, INFANT MORTALITY RATE AND LIFE EXPECTANCY AT BIRTH WITH LITERACY RATE IN INDIA

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