Closed Captioned Video: Algebra Applications: Functions and Relations, 2

Topic

Functions and Relations

Description

This segment explains why a rocket follows a parabolic trajectory due to Earth's rotation and the rocket's independent motion after launch. Key concepts include parametric equations for modeling motion, with horizontal speed (450 m/s) and vertical speed (2700 m/s) defining the trajectory. The segment uses the TI-Nspire to graph the rocket's path and identify the parabola’s properties, like the vertical line test. Applications focus on understanding motion during the initial stage of the Mars mission, particularly reaching the International Space Station.

This video offers a deep dive into the topic of Functions and Relations. It provides a historical and conceptual context to better understand the underlying mathematical principles.

Teacher’s Script: Let’s explore how this video connects to our study of Functions and Relations. As you watch, notice how the video uses real-world examples to explain the concept. Be prepared to discuss these examples afterward.

For a complete collection of videos related to Functions and Relations click on this link: Algebra Applications: Functions and Relations Collection.