1st Edition
KIN 3309: Biomechanics
School: University of Houston (UH )
-
Pages: 19The study guide that goes over the angular kinematics, linear kinetics, and angular kinetics and also includes the semester's quiz questions. -
Pages: 8The 23rd lecture that goes over the second part to the course review. -
Pages: 4The 22nd lecture that went over electromyography and accelerometers. -
Pages: 13The first content review for the final that covers early lecture material. -
Pages: 5The 20th lecture that goes over the questions on the problem solving 2 worksheet. -
Pages: 6The 19th lecture that goes over torques, levers, rotational analog of Newton's laws, as well as angular work, power and energy. -
Pages: 9The 18th lecture that goes over torque, the angular equivalents of Newton's Laws, as well as moment of inertia and angular momentum. -
Pages: 7The 17th lecture that goes over work, power, energy, work-energy theorem, conservation of energy and also quiz 2 topics. -
Pages: 6The 16th lecture that goes over free body diagrams, friction, impulse, work, power, and energy. -
Pages: 8The 15th lecture that goes over Newton's Laws of Motion, Gravity, Weight, Contact Forces, and Ground Reaction Forces. -
Pages: 5The 14th lecture that goes over angular motion vectors, angular linear motion, angular linear velocity, tangential velocity, tangential acceleration, and the in-class quiz over the material. -
Pages: 7The 13th lecture that goes over motion, measuring angles, converting angles and degrees, types of angles, angular position, angular distance, and angular velocity. -
Pages: 4The 12th lecture that goes over kinetics and kinematics, force plates/ground reaction forces, postural control, and motion capture. -
Pages: 29This study guide goes over basic terminology, foundations of human movement, functional anatomy, and linear kinematics. -
Pages: 3The 11th lecture that goes over the results of the set of problems given. -
Pages: 8The 10th lecture that goes over projectile motions as well as specific problems such as initial angle, range (flat ground), and range (uneven ground). -
Pages: 9The 9th lecture that goes velocity, acceleration, integration, kinematic analysis, and gait kinematics. -
Pages: 10The 8th lecture that goes over linear kinematics, vectors and scalars, and example problems to go along with the content. -
Pages: 8The seventh lecture that goes over the mathematical fundamentals of derivatives and integrals while also covering the slides and topics for the first quiz. -
Pages: 13The sixth lecture that goes over the lower extremities and trunk movements, muscles acting upon them, strength and force, and injury potential. -
Pages: 13The fifth lecture that goes over the joints, movements and muscles that are acting in the upper and lower extremities. -
Pages: 14The fourth lecture that goes over the central nervous system, peripheral nervous system, neural control of force output, sensory receptors, training, EMG. -
Pages: 14The third lecture that covers the characteristics of muscle tissue, fiber organization, fiber types, functions of the muscle, while also going over relative quiz questions. -
Pages: 14The second lecture that goes over stress and strain, the functions of the skeleton, bone, and cartilage. -
Pages: 8The first lecture that goes over basic terminology and the different areas of study that the course will go over.