Abstract
The paper describes kinesthesiology as a branch of physics dedicated to the physics involved in movement. It shows that several scientists of note contributed to this field including Aristotle, who applied geometry to the acts of walking, running and jumping. The paper describes that as a dancer moves across the stage force is transferred from one element to another. This paper explores the body mechanics involved in all phases of the ballet leap, called the jete.

Table of contents
Introduction
Phases of the Jete?
Analysis of the Muscles Involved
Analysis of the Injuries Prone to the Movement

From the Paper
"The landing phase of the leap is by far the most dangerous. If the body is not positioned properly to absorb the impact, injuries could be extensive, particularly if they cause a fall. Every part of the body is at risk in a fall situation. Injuries could be more severe involving broken bones, especially in the ankle and foot of the leading leg. If a fall is involved bruising could result."

Tags:Marie, Camargo, plie, Rectus, femoris, Gravity, Strains, dance

Abstract
This experiment investigates the relationship of the horizontal displacement of a metal sphere, descending from an inclined plane falling through a vertical distance. With the speed of a metal sphere V0x, and the height of the ramp y, we can find the horizontal distance squared X?.

Tags:distance, gravity, lab, report, velocity

Abstract
The paper discusses the biomechanical phases of rope jumping and relates them to Newton's Laws of Motion.

From the Paper
"Jumping rope, according to Buddy Lee's "Biomechanics", is one of the most beneficial exercises in which one can participate. It confers cardiovascular benefits and also helps to improve respiratory function, enhance joint and muscular functions and increase agility. As Lee notes; "Jumping rope is an inexpensive exercise that is associated with reduction of risk for stroke and heart disease, while offering a multi-joint exercise that incorporates every muscle in the body, therefore making it one of the...""

Tags:rope jumping, biomechanics, Newton's Laws of Motion

Abstract
This paper discussed the methods in which a velocity vs. position graph can have enough information to obtain a position vs. time graph in kinematics. The paper explains that the key to the solution is that the velocity is equal to the slope of the position vs. time graph. The paper also notes that another possibility is to use the fact that velocity is the derivative of position. The paper points out that the simplest method is using the first option.

From the Paper
"In order to determine if we can obtain a position vs. time or S-T (S = position, T = time) graph from a velocity vs. position or V-S (V = velocity, S = position) it is important to define each term. S, or position is the place where the particle (or object) is at any given time. T, or time is intuitive, meaning it is the points in time when the observations are measured. Together, the position vs. time (S-T) graph is telling us where a particular particle (or object) is positioned at any point in time. From the lecture (slide 14): On this graph we can see the position (S) at t[0] - t[3] (time = zero or...)"

Tags:kinematics, velocity, slope

Abstract
This paper explores the relationship between film and memory; specifically the method in which Chris Marker has attempted to replicate the initiation, control and retrieval of memory. The process of filmmaking, the structure of Marker's film, the elements within his film (such as the role of the woman) and the narrative all contribute to convey a sense of the human subconscious and the themes of memory, time and vision.

From the Paper
"Through the cinematic style of a photo-roman, Marker explores the relationship and synthesis between memory, time and vision. Film and memory are compatible in style and structure. They both have the ability to reconstruct (or reinvent) reality and to defy the restrictions of space and time. Chris Marker's La Jetee is a cinematic exploration of the constructs of memory, space and time, and the equivocal structure of the film is resonant of the structure of memory. La Jetee examines the initiation, control and retrieval of memories through its central male protagonist, soundtrack, mise-en-scene, narrative, and filming techniques."

Tags:memory, dream, photograph

From the Paper
"Marker guides us with these techniques to see that individuals do not objectively experience and remember events as they occur. Instead, they catch the importance of an event or moment and form it into an image, which is almost an iconographic depiction. "

Tags:chris, marker, new, wave, french, cinema

Abstract
This paper explores the general perceptions of Horace Barlow, reflected in his paper ?The Exploitation of Regularities in the Environment by the Brain?, pertaining to the role of evolutionary internalized regularities, especially as they occur in theories of vision. The focus lies principally on issues relevant to the ecological validity of Shepard's kinematic geometry constraint in ordinary motion perception perspective. This paper also establishes the thought for two individual sets of assertions; perception of apparent motion modeled as kinematic geometry theory and internalization of the like.

From the Paper
"The limitations of kinematic geometry proposed in Barlow's paper have been recognized, however kinematic geometry being a model for perception of apparent motion in my opinion is an idea that can expand into new dimensions. However internalization of kinematic geometry does project reservations about being a possibility. As indicated by Barlow, internalized principle of object observation gives way to the perception of apparent motion. The human brain's support for a percept is purged from an external stimulus. Conforming to the putative universals are the preferred perceptual solutions. "

Tags:internalization, motion, redundancy

Abstract
This paper presents the findings of an article written after testing two specific hypotheses: (1) that the ski boot in its standard setting causes a misalignment of two measurements of knee angles as compared to the natural barefoot position; and (2) that both canting and boot rotation affect on varus valgus (VV) and internal-external rotation (IRER) angles as well.

Outline:
Introduction
Article Summary
Subjective Evaluation
Biomechanical Description of Technique
Critical Analysis of Technique Selected
Summary

From the Paper
"Knee injuries are some of the most interesting issues in orthopedics and sports medicine from the perspective of both prevention and treatment. The analysis of biomechanical causation is crucial to understanding acute traumatic knee injuries as well as long-term chronic knee problems commonly presenting in athletes at all levels of involvement.
"In the case of knee injuries in skiers, one testable hypothesis is the component of causation that relates to ski boots. By design, ski boots are intended to provide external support and maintenance of advantageous ankle and knee flexion and tibial angular orientation with respect to the perpendicular as measured between the skier and the ski
slope. Previous research has established a relationship between external ankle support in general and specifically, the way that altering or restricting the natural motion of the ankle joint contributes to changes in the mechanical load on anatomical structures in the knee."

Tags:prevention, restricting, ankle

From the Paper
"The engineering definitions, methods of analysis, and significance of many elements of the study of fluid mechanics are presented.

Definitions and Fluid Properties
Fluids can be either liquids or gases, and fluid mechanics "refers to the study of the behavior of fluids, either at rest or in motion." Nunn elaborates that there are "two main physical properties defining a fluid: density and viscosity." Nunn then subdivides fluid mechanics into three major categories of ideal fluid flow, in which density is constant and viscous effects are negligible; compressible flow, in which density varies from place to place throughout the fluid and viscosity effects are trivial or..."

From the Paper
"CERVICAL SPINE DYSFUNCTION
Introduction
This research examines the phenomenon of cervical spine dysfunction. The anatomy of the spine and the biomechanics of movement are reviewed before the dysfunction of the cervical spine and physiotherapeutic techniques that may be used on subjects suffering from cervical spine dysfunction are examined.

Anatomy of the Spine
The human spine is comprised of 24 vertebrae. These vertebrae are small bones which as a set contain the spinal cord. The 24 vertebrae are grouped into three sections which correspond with their location on the spine. The three sections are (1) the cervical spine, which is comprised of the vertebrae located in the neck, (2) the thoracic spine, which is comprised of the vertebrae .."