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Direct Variation: Distance-Speed Relationship

Name: Direct Variation: Distance-Speed Relationship
Uploaded: 2026-07-29T20:43:14.450Z
Description: Two cars travel at constant speeds. Car A travels 156 miles in 3 hours, and Car B travels 117 miles in 2.25 hours. Write a direct variation equation for each car relating distance $d$ to time $t$. Which car is faster? At their respective constant speeds, how much farther will the faster car travel in 5 hours compared to the slower car?

Algebra · Algebra1 · Big Ideas Math · Ron Larson · - Graphing Linear Functions · Chapter 3-

Course: Algebra Book: Algebra1 · Big Ideas Math · Ron Larson · - Graphing Linear Functions Chapter: Chapter 3-

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Two cars travel at constant speeds. Car A travels 156 miles in 3 hours, and Car B travels 117 miles in 2.25 hours. Write a direct variation equation for each car relating distance $d$ to time $t$. Which car is faster? At their respective constant speeds, how much farther will the faster car travel in 5 hours compared to the slower car?

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This DoAssignment.ca lesson explains the problem with a narrated, step-by-step solution for students studying Algebra from Algebra1 · Big Ideas Math · Ron Larson · - Graphing Linear Functions.

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Direct Variation: Distance-Speed Relationship

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