A car travels 150 kilometers in 2 hours and then 200 kilometers in 3 hours. What is the average speed of the car for the entire trip?

Wed, 29 Apr 2026 20:26:47 +0000

**Why Average Speed Matters — Insights Behind a Two-Leg Trip** Curious about why vehicles perform differently over varying distances? A common scenario draws attention: a car covers 150 kilometers in 2 hours, then 200 kilometers in 3 hours. The question naturally arises: what is the average speed across the entire journey? This isn’t just a math exercise — it reveals how time, distance, and consistency shape real-world travel performance. As transportation tools evolve and users demand smarter travel insights, understanding average speed becomes key to planning efficient trips. **Why This Trip Pattern Gains Momentum Online**
Recent trends in personal mobility highlight a shift toward data-driven travel decisions. With rising fuel costs, commuters optimizing commute times, and apps offering route analytics, users increasingly seek clear metrics behind travel efficiency. The 2-hour and 3-hour segments stand out as relatable benchmarks—short enough to be manageable, yet long enough to reflect engine and road conditions realistically. Discussions around average speed peak during peak travel seasons, after economic shifts, or when comparing combustion engines to hybrid and electric models. This query blends curiosity with practical relevance, fitting current digital behavior focused on actionable knowledge. **How average speed applies to a 150 km / 2h and 200 km / 3h trip**
To calculate average speed, divide total distance by total time. The combined 350 kilometers journey spans 5 hours. So, 350 km ÷ 5 hours equals an average speed of 70 kilometers per hour. This reflects a steady pace balancing time of day, road conditions, and driving style. Not a top speed burst but a sustainable rhythm for typical driver expectations—especially important for route planning in mobile commuting.