Best Selling Books by J. Daniels

Sex. Lies. Deceit.Author Honey J. Daniels pulled these keywords straight from the headlines and placed them within the pages of her new book, "The Wrong Affair." Take a seemingly perfect marriage. Bring in a scrumptious ex-boyfriend, a jealous best friend, and a sexy secretary, and you've got a story that drips with sex, lies and deceit. So journey with Honey to the city of New Castle Beach, where the drama is real, the situations are real, and the results could be deadly.

In this inspiring autobiography, Oscar Daniels shares major events and experiences from his life to teach important life principles about following God and recognizing the blessings He pours out in the lives of those who obey Him. If we live our lives in accordance with those principles, we can experience a closer relationship with God than we ever imagined was possible. All too often, we become so accustomed to God's blessings that we take them for granted or fail to notice them at all. As you read this book, you will learn to look for and detect evidence of God's direct involvement in your everyday life. You will have a keener awareness of His presence, and you will be surprised at the extent to which God is actively involved in our lives on a daily basis.Things to which you once gave only scant attention will be recognized as blessings from God designed specifically for you. You will live your life with a new-found sense of gratitude for God's blessings.

This book is a reflection on my life experiences, some treasured, some not, some sad, funny, loved and adored, some of fantasy and dreams, all of them rhyming.

This report provides an overview of the current scholarship, including policy reports around the particular needs of LGBT people and the internet. Lesbian, gay, bisexual and transgender (LGBT) people in the U.S. are core users of the internet and broadband technologies. Even as we have won important civil rights, LGBT people face ongoing challenges, such as employment discrimination and social marginalization. Of course the LGBT community is not a monolith but rather comprised of many other communities, be it race, religion, age, class or geographic location. As a result, the struggles that individual communities confront may be complicated when sexual orientation or gender identity are part of the mix. These challenges make accessing the internet across broadband technologies, as welll as providing protections to ensure privacy and safety when using these technologies, necessities for survival rather than luxuries.

Prince Stevent would happily pursue scholarly work for the rest of his life, but with the kingdom losing a war, his father King Wrohel has other ideas. Soon Stevent finds himself among a small band of travelers intent on assassinating the god-like Nmok, ruler of the rival kingdom invading his own. Accompanying Prince Stevent is the band's leader--the great wizard Lendrad, a taciturn female assassin, a disgraced priest, a retired diplomat, two soldiers of the king's guard, and a corrupt guide. Together they must cross raging battle lines and infiltrate deep into hostile territory to reach the Nmok. But what is the Nmok? Some say it's a god. Others say it's a demon. Whatever it is, it most definitely isn't human. And how did it get such devastating weapons, the likes of which haven't been seen since the Ancients fell so long ago? In search of answers to these questions, they look for clues in ancient scrolls and the mysterious artifacts of along the way. In route, bookish Prince Stevent begrudgingly learns the basics of armed combat and the true nature of magic. But will it be enough to prepare him when he comes face-to-face with the Nmok?

The characteristics of the free surface in an orifice driven by a periodic forcing function have been studied both theoretically and experimentally. In the theoretical study, two wall boundary condition cases were examined: 1) the radial velocity at the wall of the orifice is zero; and 2) the axial velocity at the wall of the orifice is zero. The result for both boundary conditions is a modal solution where the predicted surface shape as a function of orifice radius and frequency are Bessel functions. The modal frequencies and annular peak locations are also predicted, as a function of orifice radius, for both boundary condition cases. The modal frequencies and annular peak locations differ between the boundary condition cases. The experimental results show: i) the axial velocity boundary condition matches the general behavior of the surface at the wall better than the radial velocity boundary condition case; ii) that the surface shapes generated have the same characteristics as the Bessel function; and iii) near the centerline, the surface shape is well modeled by the Bessel function. The experimental results also show there is a significant shift downward of the observed modal frequencies from the predicted frequencies. A correlation was developed to predict the measured modal frequencies for the axial velocity boundary condition case based on the theoretical predicted frequencies.