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Difference
Difference is one of the most influential critical concepts of recent decades.Mark Currie offers a comprehensive account of the history of the term and its place in some of the most influential schools of theory of the past four decades, including post-structuralism, deconstruction, new historicism, psychoanalysis, French feminism and postcolonialism.Employing literary case studies throughout, Difference provides an accessible introduction to a term at the heart of today's critical idiom.
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Mophead : How Your Difference Makes a Difference
At school, Selina is teased for her big, frizzy hair.Kids call her `mophead'. She ties her hair up this way and that way and tries to fit in.Until one day - Sam Hunt plays a role - Selina gives up the game.She decides to let her hair out, to embrace her difference, to be WILD!Selina takes us through special moments in her extraordinary life.She becomes one of the first Pasifika women to hold a PhD.She reads for the Queen of England and Samoan royalty.She meets Barack Obama. And then she is named the New Zealand Poet Laureate.She picks up her special tokotoko, and notices something.It has wild hair coming out the end. It looks like a mop. A kid on the Waiheke ferry teases her about it. So she tells him a story . . . This is an inspirational graphic memoir, full of wry humour, that will appeal to young readers and adults alike.Illustrated with wit and verve by the author - NZ's bestselling Poet Laureate - Mophead tells the true story of a New Zealand woman realising how her difference can make a difference.
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Use Your Difference to Make the Difference
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The Difference
On a January morning, Beth and Steve bring three-day-old Ismae home from the hospital.A little girl to complete their suburban family. Except Beth knows that Ismae is different. And that, as she gets older and stronger, her difference will become more obvious. As the future Beth imagined grows even more out of reach, the walls of their vast house close in on her, isolating her from Steve. Then she makes a terrible discovery ... Will Ismae's difference break her family apart? Or will Beth be able to see that it's the one thing that can save her?'Little Ismae is an unforgettable character ... readers will be glad they've met her'BELINDA McKEON 'A novel about one woman's quest for an authentic life.When extraordinary new baby Ismae turns Beth's world inside out, she begins to understand the fierce power of mother-love and,through her daughter, learns to know and trust herself.A moving, convincing story of courage and burgeoning hope' NUALA O'CONNOR, AUTHOR OF MISS EMILY
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What is the difference between carrier transport and channel transport?
Carrier transport refers to the movement of charge carriers (electrons and holes) through a material, such as in a semiconductor. This can occur through processes such as drift, diffusion, and recombination. On the other hand, channel transport specifically refers to the movement of charge carriers through a channel in a field-effect transistor, such as a metal-oxide-semiconductor field-effect transistor (MOSFET). In channel transport, the flow of carriers is controlled by the electric field applied to the channel, allowing for modulation of the current flow. Overall, carrier transport is a broader concept that encompasses the movement of charge carriers in various materials, while channel transport is a specific type of carrier transport that occurs in field-effect transistors.
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What does Renovierung 2 mean?
Renovierung 2 means renovation 2 in English. It refers to the second phase or iteration of a renovation project. This could involve further improvements, updates, or changes to a space or property after an initial renovation has been completed. Renovierung 2 could also indicate a follow-up renovation to address any remaining issues or to enhance the property further.
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What is the difference between transport processes in biomembranes?
The main difference between transport processes in biomembranes is the direction of movement and the mechanisms involved. In passive transport, molecules move across the membrane without the input of energy, driven by concentration gradients. This includes simple diffusion and facilitated diffusion. In contrast, active transport requires energy input, usually in the form of ATP, to move molecules against their concentration gradient. This includes primary active transport, where ATP directly powers the transport, and secondary active transport, where the energy comes from the movement of another molecule down its gradient.
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What is the difference between passive and active transport?
Passive transport is the movement of molecules across a cell membrane without the use of energy, while active transport requires energy to move molecules against their concentration gradient. Passive transport includes processes like diffusion and osmosis, which rely on the natural movement of molecules. Active transport, on the other hand, involves the use of proteins and energy to pump molecules across the membrane.
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Knowing You : The difference that makes the difference
If you think personal change is challenging, takes too much time, is expensive or can only come in pill form, think again. Knowing You takes you on a shockingly simple journey of self-discovery.Packed with case studies and practical examples, this book shows that change can be achieved easily from within.It’s not magic: it’s neurology. Find out how to:• Stop blaming yourself and procrastinating, and understand how your brain works• Identify, understand and delete limiting beliefs• Become your own belief architect and design empowering beliefs that will serve you• Achieve unthinkable change that transforms your life forever
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NLP at Work : The Difference that Makes the Difference
'This book may help you to understand life more clearly' Paul Smith, fashion designerWelcome to THE book on NLP.The essence of NLP is the ability to study and reproduce excellence in yourself and to support others to do the same.NLP AT WORK helps you do that by developing an attitude of curiosity, naivety and learning - and giving you the ability to improvise with skill in real-time.Neuro Linguistic Programming is how you make sense of your world and, most importantly, how you make it what you want it to be: * Neuro: the way you filter and process your experience through your senses. * Linguistic: the way you interpret your experience through language. * Programming: the way you make sense of your experience to create your personal programme.NLP AT WORK is one of the most popular books ever published on the practical skills of NLP and how it can be applied in business.It transformed NLP from a peripheral art into an accessible, practical concept with relevant applications in the areas of influence, communication, negotiation, teamwork and coaching.This major new edition has been revised throughout and expanded to include a new section on coaching with NLP, showing how this approach is so different to traditional methods, and a new chapter on Metamessages.Clear, readable and jargon free, this book will help you get to the essence of what makes you and your business excellent and unique.
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What is the difference between carrier and channel transport?
Carrier transport involves the movement of charge carriers such as electrons or holes through a material, while channel transport refers to the movement of charge carriers through a specific path or channel within a material, such as a semiconductor device. In carrier transport, the charge carriers move randomly throughout the material, while in channel transport, the carriers are confined to a specific path defined by the device structure. Channel transport is often used in electronic devices to control the flow of charge carriers and create desired electrical characteristics.
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What is the difference between antiport, symport, and passive transport?
Antiport, symport, and passive transport are all mechanisms by which molecules can move across a cell membrane. Antiport involves the simultaneous transport of two different molecules in opposite directions, while symport involves the transport of two different molecules in the same direction. Both antiport and symport require the use of energy in the form of ATP. In contrast, passive transport does not require energy and involves the movement of molecules down their concentration gradient, from an area of high concentration to an area of low concentration.
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What is the difference between primary and secondary active transport?
Primary active transport directly uses energy, usually in the form of ATP, to transport molecules across a cell membrane. This energy is used to create a concentration gradient that drives the movement of molecules. Secondary active transport, on the other hand, uses the energy stored in the electrochemical gradient of one molecule to transport another molecule against its concentration gradient. In secondary active transport, the movement of one molecule down its gradient provides the energy to move another molecule against its gradient.
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What is the difference between passive and active transport processes?
Passive transport processes do not require energy input and rely on the movement of molecules from an area of high concentration to an area of low concentration, such as diffusion and osmosis. Active transport processes, on the other hand, require energy in the form of ATP to move molecules against their concentration gradient, such as the sodium-potassium pump in cells. In passive transport, the movement of molecules is driven by the concentration gradient, while in active transport, the movement is against the concentration gradient.
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