Depending on which system of measurement you use, it will usually be either miles(Mi) or kilometers(KM)
Distance - this is the length traveled to get from one place to another Displacement - this is the length that separates the starting and finishing position
Speed describes the distance traveled by an object divided by the time in which the distance was traveled, if the direction is not specified.
Answer: 1 3/5 hours or 1 hour and 36 minutes Explanation: Distance traveled = Speed * time or solved for time is time = distance traveled / speed Plug in known values for speed and distance traveled and you will get the time it took.
distance traveled = speed multiplied by time taken.
The train traveled 180 miles.
200m. Here's the work:The speed of the train in meters per second is:(36km/hr)(1000m/km) / (3600s/hr) = 10 m/sIf it takes 80 seconds to cross, then the distance traveled in 80s at 10m/s is:(10m/s)(80s) = 800mNow, imagine this:The front end of the train travels 800 meters from the time it reaches the bridge until the back end is clear of the bridge. This means that the length of the train equals the distance traveled minus the length of the bridge.So:800m - 600m = 200mThe train is 200m long.
25 km
They traveled by train or foot most of the time depending on the distance, or by horse and cart if it was a long distance and no train route went to that area. From America the armed forces traveled by ship in troop transports .
70.7 mi
Distance - this is the length traveled to get from one place to another Displacement - this is the length that separates the starting and finishing position
distance = rate* time rate = distance/time Train A: rate = 180 km / 2 hrs = 90 km/h Train B: rate = 120 km / 1 hr = 120 km/h Train B is much faster than Train A.
3 hours and 36 minutes.
Average speed = (distance traveled during some time) divided by (length of time to travel that distance)
Speed describes the distance traveled by an object divided by the time in which the distance was traveled, if the direction is not specified.
distance traveled by the Laser light and also incidence wave length
Answer: 1 3/5 hours or 1 hour and 36 minutes Explanation: Distance traveled = Speed * time or solved for time is time = distance traveled / speed Plug in known values for speed and distance traveled and you will get the time it took.
Rate of travel = (distance traveled) divided by (time traveled)