Take the distance in miles and multiply by 1.609
To find the average speed, first calculate the total distance and total time. The total distance is 50 km + 30 km = 80 km. The total time is 20 minutes + 10 minutes = 30 minutes, which is 0.5 hours. The average speed is then total distance divided by total time: 80 km / 0.5 hours = 160 km/h. Thus, the average speed of the helicopter is 160 km/h.
To find the average speed, first calculate the total distance traveled. In the first hour, they cover 80 km, and in the next two hours at 40 km/h, they cover 80 km as well (2 hours × 40 km/h = 80 km). The total distance is 160 km (80 km + 80 km), and the total time is 3 hours (1 hour + 2 hours). Thus, the average speed is total distance divided by total time: 160 km / 3 hours = approximately 53.33 km/h.
The lorry traveled a total distance of 460 km from Dover to York and an additional 369 km from York to Perth. To find the total distance, simply add the two distances together: 460 km + 369 km = 829 km. Therefore, the lorry traveled 829 km in total.
That depends on what data you have. If you know the distance travelled and the time it took, just divide the total distance by the total time. If distance is in kilometers, and time in hours, then the speed will quite naturally come out in km/hour.
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To find the average speed of the cyclist, we first determine the total distance traveled. The cyclist rides 45 km east and then returns 45 km home, making the total distance 90 km. The total time for the trip is 4 hours. Thus, the average speed is calculated as total distance divided by total time: 90 km / 4 h = 22.5 km/h.
To find the speed of the car, divide the total distance by the total time. The speed is calculated as follows: 120 km ÷ 1.5 hours = 80 km/h. Therefore, the speed of the car was 80 kilometers per hour.
cocomelin
The distance from Melaka to Kuala Lumpur is about 150 km. The distance from Kuala Luampur to Ipoh is about 200 km. So the total is around 350 km.
The total distance covered by the person is ( 3 km + 2 km + 3.5 km = 8.5 km ). The displacement of the person is the straight-line distance from the initial point to the final point, which can be calculated using Pythagoras' theorem as ( \sqrt{(3 km)^2 + (2 km + 3.5 km)^2} \approx 5.7 km ).
Average speed = Total Distance/Total Time = 30 km/2.5 hours = 12 km/hour.
2,5 km one way and 2,5 km the other2,5 + 2,5 = 55 km total