This is one of the twelve images that make up "The Horse in Motion", copyright 1878 by Eadweard Muybridge and now available via Creative Commons license. In this image, the two front legs are rotating in opposite directions from our point of view one clockwise and one counter-clockwise around their respective shoulder joints. These images and those like them helped scientists understand the physics of gross-motor-motion for living things. In your first post, discuss the functional morphology or gait of a person or animal species as it relates to your data and observations. For example:How does a person change the moment of inertia of their arm when beginning to run as compared when they are walking? If you look at a picture of a running horse like the one shown below, can you tell which legs are rotating so that the foot moves toward the front of the horse and which are rotating in the opposite direction?If you watch the movement of a gymnast or diver, find/create a video clip that shows how their motion changes when they change their moment of inertia. This image is a famous photograph sequence capturing a horse in motion. It was taken by Eadweard Muybridge, an English photographer, known for his pioneering work in motion-picture projection. The image is a part of a series that were designed to study the movement of horses. **Description of the Image:**A horse is shown in mid-gallop, with all four of its legs off the ground. The rider is positioned forward, holding onto the reins. The background is minimal, focusing on the horse's dynamic motion. This freeze-frame is one of many taken in sequence that contributed to the understanding of animal locomotion, demonstrating that a horse’s hooves are all off the ground simultaneously during a specific moment in the gallop, which was not previously understood before this experiment.**Educational Focus:**- **Historical Significance**: This work provided early insights into motion study and laid the groundwork for the development of motion pictures.- **Scientific Impact**: Changed perceptions of animal locomotion and influenced future studies in biomechanics and locomotion.- **Technical Innovation**: Showcases photographic techniques that captured high-speed motion outside of traditional limitations. This sequence exemplifies the blend of art and science in capturing and analyzing movement, altering the way both artists and scientists viewed motion.

Walking Vs Running When a person walks, their arms are almost perpendicular to the body. Therefore,…

Answered: This is one of the twelve images that…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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This is one of the twelve images that make up "The Horse in Motion", copyright 1878 by Eadweard Muybridge and now available via Creative Commons license. In this image, the two front legs are rotating in opposite directions from our point of view one clockwise and one counter-clockwise around their respective shoulder joints. These images and those like them helped scientists understand the physics of gross-motor-motion for living things.

In your first post, discuss the functional morphology or gait of a person or animal species as it relates to your data and observations. For example:

How does a person change the moment of inertia of their arm when beginning to run as compared when they are walking?
If you look at a picture of a running horse like the one shown below, can you tell which legs are rotating so that the foot moves toward the front of the horse and which are rotating in the opposite direction?
If you watch the movement of a gymnast or diver, find/create a video clip that shows how their motion changes when they change their moment of inertia.

This image is a famous photograph sequence capturing a horse in motion. It was taken by Eadweard Muybridge, an English photographer, known for his pioneering work in motion-picture projection. The image is a part of a series that were designed to study the movement of horses.

**Description of the Image:**

A horse is shown in mid-gallop, with all four of its legs off the ground. The rider is positioned forward, holding onto the reins. The background is minimal, focusing on the horse's dynamic motion. This freeze-frame is one of many taken in sequence that contributed to the understanding of animal locomotion, demonstrating that a horse’s hooves are all off the ground simultaneously during a specific moment in the gallop, which was not previously understood before this experiment.

**Educational Focus:**

- **Historical Significance**: This work provided early insights into motion study and laid the groundwork for the development of motion pictures.
- **Scientific Impact**: Changed perceptions of animal locomotion and influenced future studies in biomechanics and locomotion.
- **Technical Innovation**: Showcases photographic techniques that captured high-speed motion outside of traditional limitations.

This sequence exemplifies the blend of art and science in capturing and analyzing movement, altering the way both artists and scientists viewed motion.

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