Products related to Leverage:
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Building Rural Community Resilience Through Innovation and Entrepreneurship
Drawing from empirical analyses, case studies, and a synthesis of best practices, this book explores how innovation manifests itself in rural places and how it contributes to entrepreneurial development and resilience.Innovation in rural places may come about as a result of new forms of collaboration; policies that leverage rural assets and address critical service or product gaps; novel strategies for accessing financial capital; infusion of arts into aspects of community life; and cultivation of networks that bridge entrepreneurs, organizations, and institutions.The chapters illustrate how a number of innovation-related characteristics relate to economic vibrancy in rural places such as a strong connection to the arts, adaptive and sustainable use of natural resources, value-chain integrated food systems, robust bridging social capital networks, creative leveraging of technology, and presence of innovation-focused entrepreneurs.Through exploration of these and other topics, this book will provide insights and best practices for rural community and economic development scholars and practitioners seeking to strengthen the rural innovation ecosystem.
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This book provides one of the first systematic introductions to the Japanese concept of life-environmentalism, Seikatsu-Kankyo Shugi.This concept emerged in the 1980s as a shared research framework among Japanese social scientists studying the adverse consequences of postwar industrialization on everyday life in communities. Life-environmentalism offers a lens through which the agency of small communities in sustaining their everyday life and living environment can be understood.The book provides an overview of this approach, including intellectual backgrounds and foundational concepts, along with a variety of empirical case studies that examine environmental and sustainability issues in Japan and other parts of Asia.It also includes critical reflections on the approach in light of contemporary sustainability challenges.The empirical topics covered in the book include local community responses to development projects, resource governance, disaster response and recovery, and historical environmental preservation.The chapters are contributed by researchers working at the forefront of the field.It provides only a glimpse into the vast literature that awaits further exploration and engagement in the future. The book is suitable for upper undergraduate students, graduate students, and researchers interested in environmental problems, sustainability and resilience, disaster mitigation and response, and regional development in Asian contexts, particularly Japan.It is well-suited for courses in anthropology, geography, sociology, urban and regional planning, political science, Asian studies, and environmental studies.
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What is leverage?
Leverage refers to the use of borrowed funds to increase the potential return on an investment. It allows an investor to control a larger position in an asset with a smaller amount of their own capital. While leverage can amplify gains, it also increases the risk of losses as any decline in the value of the investment is also magnified. It is important for investors to carefully consider the risks and potential rewards of using leverage in their investment strategy.
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What are derivatives and leverage?
Derivatives are financial instruments whose value is derived from the value of an underlying asset, such as stocks, bonds, commodities, or currencies. They can be used for hedging, speculation, or arbitrage, and include options, futures, forwards, and swaps. Leverage, on the other hand, refers to the use of borrowed funds to increase the potential return on an investment. It allows investors to control a larger position with a smaller amount of capital, but also increases the potential for both gains and losses. Both derivatives and leverage can be powerful tools for investors, but they also come with increased risk and complexity.
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How is leverage calculated in physics?
In physics, leverage is calculated by multiplying the force applied to an object by the distance from the pivot point to the point where the force is applied. This can be represented by the equation: Leverage = Force x Distance. The leverage of an object determines how effectively a force can be used to rotate or move the object around a pivot point. By increasing the distance from the pivot point, the leverage can be increased, allowing for greater force to be exerted on the object.
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How does leverage work in trading?
Leverage in trading allows an investor to control a larger position with a smaller amount of capital. It involves borrowing funds from a broker to increase the size of a trade. For example, with a leverage ratio of 1:100, a trader can control a $100,000 position with just $1,000 of their own capital. While leverage can amplify potential profits, it also increases the risk of significant losses, as any price movement can have a larger impact on the trader's account. It's important for traders to use leverage carefully and be aware of the potential risks involved.
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The Future of Community : How to Leverage Web3 Technologies to Grow Your Business
A penetrating look at how web3 will shape our shared future In The Future of Community: How to Leverage Web3 Technologies to Grow Your Business, a team of web3 visionaries and tech-savvy executives delivers a groundbreaking new take on the seismic impact web3 is having—and will continue to have—on our technological and social landscapes.The authors discuss why web3 really is the “next big thing” to shape our digital and offline futures and how it will transform the world.You’ll discover a whole host of web3 applications poised to excite and disrupt industries around the world, from fan tokens that reshape how we think about interactions between artists and fans to self-sovereign identities on the blockchain that allow you to take full control over how your personal data is used and collected online.You’ll also find: Insightful explorations of technologies and techniques like tokenization, decentralized marketplaces, decentralized autonomous organizations, and moreExplanations of how web3 allows you to take greater ownership and control of your digital and offline assetsDiscussions of why web3 increases transparency and accountability at every level of business, government, and social hierarchiesAn invigorating and singularly incisive resource, The Future of Community is a can’t-miss book for futurists, entrepreneurs, founders, business leaders, tech enthusiasts, and web3 fans excited about today’s cutting-edge tech and how it will shape our tomorrows.
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The Leverage Lite (Kuantan)
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1PC Multipurpose Leverage Tool , Firefighting Tools, Multipurpose Leverage Tool, Spring Steel Pry
1PC Multipurpose Leverage Tool , Firefighting Tools, Multipurpose Leverage Tool, Spring Steel Pry
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Climate Change, Community Response and Resilience : Insight for Socio-Ecological Sustainability Volume 6
Climate Change, Community Response, and Resilience: Insight for Socio-Ecological Sustainability, Volume Six presents a fundamental theoretical framework for understanding how community resilience and risk assessment affect climate change adaptation behavior.This framework is based on a 26-chapter theoretical and empirical examination that includes pioneer projects from various regions that illustrate the relationship between theory and practice, reflect a paradigm shift in climate change, community response, and resilience, and focus on these important aspects from a sectoral perspective.Climate change, ecological consequences and resilience are then discussed in the final section. Members of the Royal Meteorological Society are eligible for a 35% discount on all Developments in Weather and Climate Science series titles.See the RMetS member dashboard for the discount code.
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How can I calculate the leverage ratio?
To calculate the leverage ratio, you need to divide the company's total debt by its total assets. The formula for leverage ratio is: Leverage Ratio = Total Debt / Total Assets. This ratio helps to measure the company's ability to meet its financial obligations and indicates the level of financial risk the company is taking on. A higher leverage ratio means the company is relying more on debt to finance its operations, which can increase the risk of financial distress.
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How do you calculate leverage in physics?
In physics, leverage is calculated by multiplying the distance from the pivot point to the point where the force is applied (known as the lever arm) by the magnitude of the force. The formula for leverage is given by the equation: Leverage = Lever arm x Force. This calculation helps determine the effectiveness of a force in rotating an object around a pivot point. The longer the lever arm or the greater the force applied, the higher the leverage.
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How do you calculate weight with leverage?
To calculate weight with leverage, you can use the formula: Weight = Force × Distance. Leverage is the ability to amplify the force applied to an object, and it is calculated by multiplying the force applied by the distance from the pivot point. By using this formula, you can determine the amount of weight that can be lifted or moved using a lever or other mechanical advantage. This calculation is important in engineering and physics to understand the impact of leverage on the amount of weight that can be manipulated.
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What is the leverage of the hackamore?
The leverage of a hackamore is determined by the length of the shanks, which are the side pieces that extend down from the noseband. The longer the shanks, the greater the leverage. When the reins are pulled, the shanks apply pressure to the horse's nose and chin, creating a leverage effect that can be quite strong. It's important for riders to use the hackamore with caution and proper technique to avoid causing discomfort or harm to the horse.
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