Sports Science- Biomechanics of Sport

Sports Science- Biomechanics of Sport, available at $29.99, has an average rating of 4.95, with 23 lectures, based on 51 reviews, and has 212 subscribers.

You will learn about Understand Newton’s laws of motion and Ground Reaction Forces (GRFs) Understand projectile motion and why this understanding is important for sports performance Understand fluid dynamics and how this understanding can be useful in sport Understand the anatomy and function of the skeletal system Understand the different types of joints in the body and what movements these joints permit Understand the roles that muscles perform in the body and the different types of muscle formation Understand the anatomy of the muscular systeem and the different types of contraction that can be performed Understand the difference between speed, velocity and acceleration Understand work, energy and power from a sporting context Understand how to analyse sporting actions through the use of a phase analysis This course is ideal for individuals who are Anyone who is interested in Sports Science and wants to learn about the Biomechanics of Sport It is particularly useful for Anyone who is interested in Sports Science and wants to learn about the Biomechanics of Sport.

Enroll now: Sports Science- Biomechanics of Sport

Summary

Title: Sports Science- Biomechanics of Sport

Price: $29.99

Average Rating: 4.95

Number of Lectures: 23

Number of Published Lectures: 23

Number of Curriculum Items: 23

Number of Published Curriculum Objects: 23

Original Price: £34.99

Quality Status: approved

Status: Live

What You Will Learn

Understand Newton’s laws of motion and Ground Reaction Forces (GRFs)
Understand projectile motion and why this understanding is important for sports performance
Understand fluid dynamics and how this understanding can be useful in sport
Understand the anatomy and function of the skeletal system
Understand the different types of joints in the body and what movements these joints permit
Understand the roles that muscles perform in the body and the different types of muscle formation
Understand the anatomy of the muscular systeem and the different types of contraction that can be performed
Understand the difference between speed, velocity and acceleration
Understand work, energy and power from a sporting context
Understand how to analyse sporting actions through the use of a phase analysis

Who Should Attend

Anyone who is interested in Sports Science and wants to learn about the Biomechanics of Sport

Target Audiences

Anyone who is interested in Sports Science and wants to learn about the Biomechanics of Sport

Are you interested in learning about Sports Science? In this course, we will be focusing on the Biomechanics of Sport. Sports Biomechanics focuses on the mechanics of sporting actions, explaining how the human body generates forces and produces movement. Sports Biomechanics can be an effective tool in helping athletes improve their performance and reduce their injury risk. In this course we will focus on the key topics of Sports Biomechanics; these being:

1) Forces and Newton’s Laws

2) Skeletal System

3) Muscular System

4) Speed, Velocity & Acceleration

5) Work, Energy & Power

6) Analysing Motion

7) Projectile Motion

8) Fluid Dynamics

In total there are 18 videos to watch; totaling over 4 hours of content. Each topic has 1-3 videos, with each video lasting between 3-29 minutes. This content includes tasks for you to complete, as well as practical demonstrations to help your understanding. This course is delivered by an experienced lecturer in Sports Biomechanics, who has a Masters Degree in Sports and Exercise Science from Loughborough University.

If you would like to learn about Sports Science and more specifically Sports Biomechanics, then this is the course for you.

If you would like to learn more about this course, please watch the ‘Promotional’ video. If you still have any queries, please get in touch.

Course Curriculum

Chapter 1: Forces and Newton's Laws

Lecture 1: Sample- Part 1- Forces and Newton's Laws

Lecture 2: Part 1- Forces and Newton's Laws

Lecture 3: Part 2- Forces and Newton's Laws

Lecture 4: Part 3- Forces and Newton's Laws

Chapter 2: Skeletal System

Lecture 1: Part 1- Skeletal System

Lecture 2: Part 2- Skeletal System

Lecture 3: Part 3- Skeletal System

Chapter 3: Muscular System

Lecture 1: Part 1- Muscular System

Lecture 2: Part 2- Muscular System

Chapter 4: Speed, Velocity and Acceleration

Lecture 1: Sample- Part 1- Speed, Velocity and Acceleration

Lecture 2: Part 1- Speed, Velocity and Acceleration

Lecture 3: Part 2- Speed, Velocity and Acceleration

Chapter 5: Work, Energy and Power

Lecture 1: Sample- Part 1- Work, Energy and Power

Lecture 2: Part 1- Work, Energy and Power

Lecture 3: Part 2- Work, Energy and Power

Lecture 4: Part 3- Work, Energy and Power

Chapter 6: Analysing Motion

Lecture 1: Part 1- Analysing Motion

Chapter 7: Projectile Motion

Lecture 1: Sample- Part 1- Projectile Motion

Lecture 2: Part 1- Projectile Motion

Lecture 3: Part 2- Projectile Motion

Chapter 8: Fluid Dynamics

Lecture 1: Part 1- Fluid Dynamics

Lecture 2: Part 2- Fluid Dynamics

Chapter 9: Summary

Lecture 1: Summary

Instructors

Daniel Thompson
Science Educator

Rating Distribution

1 stars: 0 votes
2 stars: 2 votes
3 stars: 5 votes
4 stars: 14 votes
5 stars: 30 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

Menu