150 Km In 7200 S
A car traveling with abiding speed travels 150km in 7200s. What is the speed of the car?
Solution:
The problem can exist depicted past the diagram below:
The speed of the machine for the entire journey is given by the relationship:
Speed = Total Distance Travelled/Total time taken
The full distance traveled by car is 150Km and the full time taken is 7200 seconds which is equal to two hours. Hence the speed for the entire distance traveled is calculated as:
Speed = (150/ii) Km/hr = 75Km/hr
The given problem is a typical speed-distance problem. The problem too states that the car traveled at a constant speed. If that was not the case and then it would take been stated that the average speed of the car was 75 km/hr. It is seldom or very rare to have a machine traveling the distance at a constant speed. In this problem, the speed of the auto at whatsoever given point of time is the same i.e. 75 km/hour. Had the assumption of constant speed non been made and so the speed of 75 km/hour would have been called the average speed.
A automobile traveling with constant speed travels 150km in 7200s. What is the speed of the machine?
Summary:
A car traveling with abiding speed travels 150km in 7200s. The total distance traveled by car is 150Km and the total fourth dimension taken is 7200 seconds which is equal to 2 hours. Hence the speed for the entire altitude traveled is calculated as 75 Km/hour.
150 Km In 7200 S,
Source: https://www.cuemath.com/questions/a-car-traveling-with-constant-speed-travels-150km-in-7200s-what-is-the-speed-of-the-car/#:~:text=Summary%3A-,A%20car%20traveling%20with%20constant%20speed%20travels%20150km%20in%207200s,calculated%20as%2075%20Km%2Fhr.
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