Should Christians be for or against the free market? For or against globalization? How are we to live in a world of scarcity? William Cavanaugh uses Christian resources to incisively address basic economic matters -- the free market, consumer culture, globalization, and scarcity -- arguing that we should not just accept these as givens but should instead change the terms of the debate.Among other things, Cavanaugh discusses how God, in the Eucharist, forms us to consume and be consumed rightly. Examining pathologies of desire in contemporary "free market" economies, Being Consumed puts forth a positive and inspiring vision of how the body of Christ can engage in economic alternatives. At every turn, Cavanaugh illustrates his theological analysis with concrete examples of Christian economic practices.

"Offers a vivid portrait of a global economy that overproduces goods and targets children as consumers ... where the primary goal is no longer to manufacture goods but needs." - cover.

To the modern mind, the concept of poverty is often confused with destitution. But destitution emphatically is not the Gospel ideal. A love-filled sharing frugality is the message, and Happy Are You Poor explains the meaning of this beatitude lived and taught by Jesus himself. But isn't simplicity in lifestyle meant only for nuns and priests? Are not all of us to enjoy the goodness and beauties of our magnificent creation? Are parents to be frugal with the children they love so much? The renowned spiritual writer Dubay gives surprising replies to these questions. He explains how material things are like extensions of our persons and thus of our love. If everyone lived this love there would be no destitution. After presenting the richness of the Gospel message, more beautiful than any other world view, he explains how Gospel frugality is lived in each state of life.

THE TIKTOK SENSATION THAT EVERYONE IS TALKING ABOUT 'After finishing this book, my heart was pounding and I couldn’t find words big enough to describe how brilliant, beautiful, and powerful it is.' L.E. Flynn, author of All Eyes On Her All Eden wants is to rewind the clock. To live that day again. She would do everything differently. Not laugh at his jokes or ignore the way he was looking at her that night. And she would definitely lock her bedroom door. But Eden can’t turn back time. So she buries the truth, along with the girl she used to be. She pretends she doesn’t need friends, doesn’t need love, doesn’t need justice. But as her world unravels, one thing becomes clear: the only person who can save Eden … is Eden.

Two best friends grow up—and grow apart—in this innovative contemporary YA novel Told in dual timelines—half of the chapters moving forward in time and half moving backward—We Used to Be Friends explores the most traumatic breakup of all: that of childhood besties. At the start of their senior year in high school, James (a girl with a boy’s name) and Kat are inseparable, but by graduation, they’re no longer friends. James prepares to head off to college as she reflects on the dissolution of her friendship with Kat while, in alternating chapters, Kat thinks about being newly in love with her first girlfriend and having a future that feels wide open. Over the course of senior year, Kat wants nothing more than James to continue to be her steady rock, as James worries that everything she believes about love and her future is a lie when her high-school sweetheart parents announce they’re getting a divorce. Funny, honest, and full of heart, We Used to Be Friends tells of the pains of growing up and growing apart.

Intended primarily for undergraduate chemical-engineering students, this book also includes material which bridges the gap between undergraduate and graduate requirements. The introduction contains a listing of the principal types of reactors employed in the chemical industry, with diagrams and examples of their use. There is then a brief exploration of the concepts employed in later sections for modelling and sizing reactors, followed by basic information on stoichiometry and thermodynamics, and the kinetics of homogeneous and catalyzed reactions. Subsequent chapters are devoted to reactor sizing and modelling in some simple situations, and more detailed coverage of the design and operation of the principal reactor types.