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Orbital interaction theory is a set of fundamental principles explaining chemical reactivity in terms of electronic structure. This theory lays the foundation for modern computational chemistry techniques, specifically assisting the chemist by providing a model for examining the structures and stabilities - thermodynamic and kinetic - of molecules. Orbital interaction theory remains a core part of organic chemistry, and provides an accurate computational model for understanding structure as well as thermodynamic and kinetic stabilities.

With stories to enchant readers of all ages, these fairy tales pull you into their own magical worlds. From twists on the classic fairy tales of old to completely new fairy tales, let these charming fairy tales sweep you away into the realm of fantasy. With 35 stories, including 2 poems, written by 21 different authors, Teapot Tales is a wonderful collection of short stories, each story just long enough to enjoy with a cup of tea.

The neuro rehab text that mirrors how you learn and how you practice

Take an evidence-based approach to the neurorehabilitation of adult and pediatric patients across the lifespan that reflects the APTA's patient management model and the WHO's International Classification of Function (ICF).

You'll study examination and interventions from the body structure/function impairments and functional activity limitations commonly encountered in patients with neurologic disorders. Then, understanding the disablement process, you'll be able to organize the clinical data...