Intro to T.O.G. #2 Learning outcomes After studying this course, you should be able to: understand the scope of the study of Life Sciences and its history for managers. 2.1 The importance of sine waves For much of the rest of this unit we shall be concerned with the properties of a type of sound wave that when represented as a graph has a characteristic shape known as a sine wave. Figure 1 shows you what a sine-wave graph looks like. For the moment you need not be concerned with what this grap 2.6 Centre and periphery Here you have considered some of the ways in which the power and authority of the emperor were communicated to the inhabitants of the empire. The full dynamics of the relationship are difficult to reconstruct especially as the view gained is mainly from Rome looking out to the provinces rather than vice versa. It was important for the emperor to appear to be a competent ruler of the empire. It was one method used by his peers and successors to evaluate an emperor's reign. But it is often diff The Making of a Medicinal Chemist Keep on learning There are more than 800 courses on OpenLearn for you to c Understanding the environment: A systems approach Working with our environment: an introduction Logframe planning The environmental impact of teaching and learning Global water resources iSpot: Sharing nature Introduction This unit explores different understandings of nature and environment and the significance these may have for developing responsibility. The problems of connecting human and non-human nature are presented here as being a challenge peculiar to the concerns of environmental responsibility. They provide the impetus for exploring the idea of ‘conversation’ as a metaphor for what matters in environmental responsibility. Using a reading by Stephen Talbott as a foundation, the conversation me Extending water resources The frozen planet Living without oil Water for life Changing cities Financial methods in environmental decisions Exploring philosophy: faking nature
Intro to T.O.G. #2
Intro to T.O.G. #2
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In this lecture, Professor Mike Threadgill explores the influences and inspirations that have led him to a career in academic medicinal chemistry and reviewed the research of his team over the years.
Mike's work focuses on the application of medicinal chemistry for the development of new agents for diagnosis and treatment of cancer. This has led him to becoming a Fellow of the Royal Society of Chemistry and an Honorary Fellow of the Indian Society for Chemists and Biologists.Author(s):
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Water is arguably the most important physical resource as it is the one that is essential to human survival. Understanding the global water cycle and how we use water is essential to planning a sustainable source of water for the future. In the UK there are areas where water supplies are limited, shown by recent droughts. Globally, there are many areas that do not have enough water to support the current population adequately. Decisions will have to be made on the best way to use water in a worl
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Atoms, elements and molecules are the building blocks of everything that makes up our world, including ourselves. In this free course, Water for life, you will learn the basic chemistry of how these components work together, starting with a chemical compound we are all very familiar with water.
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Commercial exploitation of nature, such as mining, fracking, or generating hydro-electric power, often damages the way the natural environment looks. What if the environment could be restored to exactly how it looked before? Would that mean that no damage had been done, that the natural environment was as valuable as it had been before the commercial exploitation? This free course, Exploring philosophy: faking nature, examines ‘the restoration thesis’, and provides an insight into philosophi
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