Skip to main content

This link is exclusively for students and staff members within this organisation.

Unauthorised use will lead to account termination.

Next

Clues

The long jump

The run-up speed of a long-jumper is an important factor in determining the length of the jump. So would Usain Bolt break the world long-jump record? This article explores the physics involved in long-jumping and shows how to set up a mathematical model that predicts the length of an athlete’s jump

Figure 1 To develop a theoretical model, the long jump is divided into three stages

The terms in bold link to topics in the AQA, Edexcel, OCR, WJEC and CCEA A-level specifications, as well as the IB, Pre-U and SQA exam specifications.

A theoretical model of a long jump is developed by considering the path of a projectile and the observation of real athletes. The position of the centre of mass of the athlete and the run-up speed are important variables, and the athlete’s change of momentum is related to the time for which an accelerating force is able to act. The model uses equations of linear motion to predict the length of jump of a real athlete.

Your organisation does not have access to this article.

Sign up today to give your students the edge they need to achieve their best grades with subject expertise

Subscribe

Next

Clues

Related articles: