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In a small town called Harlow, there lives a young girl named Lexie, her brother Sam, and their dad Roger. Lexie is a quiet and happy child who is learning ways to be a better person. Sometimes...Lexie and even her best friend, Annabelle, struggle with what to do when kids are mean to one another......but not today...Today, with the help of Annabelle's parents, both Lexie and Annabelle learn a new way of protecting themselves from people being mean. Join Lexie and Annabelle as they figure out what kill 'em with kindness means and how they can use it to help themselves and others who are being picked on.Please note that this series can be used in conjunction with any Leadership Program focused on survival skills and effective habits for children. This book specifically focuses on: bullying, lack of social skills, confrontation, name calling, negative attitude, poor coping skills, poor self esteem, and poor peer relations, empowerment

Meet Chicken and his right hand man's Money. Two comrades that's fromDuncan Projects that'd came out the mud together as they take you on arollercoaster trying to beat da odds with two head's & two hearts on the samemission trying to take over the City with the protégé, TTG and Goon comingunder them, will they accomplish they mission or will they fall a victim to themcold streets of Jersey City.With the famous Stick-up Twin's Brick and Rock trying to hold on to their fatherlegacy while schema.After giving back 66 years from N.J State Prison, What's in store for Mohammad?Will he walk light on a straight path to success or will he stay 'need deep in thegame? Welcome to My City is a gritty urban novel with twist and turns that willkeep you reading to the very end.

On the planet Klamdara, several members of the elite fighting force of the Alliance known as the Tenebrea -- including their leader, Hal K'Rin -- are imprisoned, dying, and hoping for rescue. On the planet Cor, that hope resides in Andrea Flores, one of the Tenebrea's best operatives, and her ragtag group of wilderness clones. But Andrea has never lost sight of her true reason for joining the Tenebrea: to take revenge upon the murderers of her husband and daughter. However, the rescue of K'Rin leads Andrea to an awful truth that he is hiding about Andrea's past, one that will throw her quest for revenge into chaos! Andrea Flores's long, difficult road to avenge the deaths of her loved ones comes to a head in the shocking conclusion to the Tenebrea trilogy!

Andrea Flores has become one of the most valued agents of the Tenebrea, the elite fighting force of the star-spanning Alliance. Following the destruction of the Clone Welfare Institute run by the Cor Ordinate, Andrea is sent on a vital mission alongside her comrades, H'Roo Parh, a Jod; Tara Gullwing, a clone -- and Tara's lover, Eric, the clone of Andrea's dead husband. But Andrea has not forgotten her true reason for joining the Tenebrea: to take revenge on those responsible for the death of her husband and children -- Cor terrorists who mistook her husband for Eric. Now alongside a constant reminder of what she has lost, Andrea faces her greatest challenge yet...

One piercing energy beam is enough to shatter the calm of a seaport on a sunny day. Just one shot turns an idle dreamer into a hardened avenger. Enraged by the brutal terrorist attack that kills her entire family, Andrea Flores leaves behind a world she loves. Abandoning Earth forever to even the score, Andrea finds herself an outcast on the harsh planet Jod, where she fights to join an elite unit, the powerful and mysterious Tenebrea. With the universe on the brink of destruction, Andrea must survive against all odds until the day she can face her family's killers and taste the revenge for which she lives.

This work presents nonlinear control algorithms for a benchmark mechanical system actuated by different types of electric machinery, emphasizing system stability and robustness - pivotal in the development of optimal position trajectory controllers for common motors.;College or university bookstores may order five or more copies at a special student price, available on request from Marcel Dekker.

Presents nonlinear control algorithms for a benchmark mechanical system actuated by different types of electric machinery. This work emphasizes system stability and robustness - pivotal in the development of optimal position trajectory controllers for common motors.