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Q: How is the average speed of a person related to the total distance covered and total time taken?
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What is the average distance a person can see?

The average distance depends on the amount of visibility. Telescope


What is the average distance a person walks in one day?

3 miles


What is the average distance for a person to move house?

depends where you're moving.


If a person walked 1.60 km in 30 minutes what is the average speed?

distance=speed x timeso speed = distance/time


How long would it take to walk between Argentina and Mexico for an average person?

The distance between Buenos Aires and Mexico City are 7,380 kilometers (4,587 miles). The average person walks at a speed of 5 kilometers (3 miles) an hour. Without stopping, the average person would take 63 days to walk such distance.


Can a person's average speed be determined if you know the total distance traveled and the total time?

yes


If a person ride there bike an average of 60 miles per hour. how many hours did that person ride?

It depends on the distance travelled, If the person had travelled 120 miles the it would be 2 hours. Time = Distance/Speed


How far can a person run in 15 minutes if they run an average speed of 6 km?

Answer: The person runs for 15 minutes = a quarter hour. So distance covered = a quarter of 6 km = 1.5 km. Answer: In general, you use the formula distance = speed x time. For this, you have to convert the units to compatible units (see the other answer, above). Also, please note that "6 km" is NOT a speed.


What is the average stride distance in cm for a person 6 foot 2 inches tall?

60 cm


Walking distance of a person's stride?

an average adult is about 30 inches, children shorter and depending on age


How many driving related decisions does the average person make per mile?

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If person moves a distance of 3 km towards east then 2 km towards north and then 3.5 km towards east find distance covered by the person?

Total eastward distance covered = 6.5 km Total northward distance covered = 2 km The scalar distance covered by the person and his shoes is 8.5 km. The magnitude of his displacement vector, i.e. the distance of his final location with respect to his initial location, is sqrt[ (6.5)2 + (2)2 ] = sqrt( 42.25 + 4 ) = sqrt( 46.25 ) = 6.8 km (rounded) Note: Technically, that 6.8 km applies only near the equator. For this simple calculation, we handled 'east' and 'north' as if they were orthogonal coordinates on a cartesian plane. The truth is something different on the surface of a sphere, and the farther you get from the equator, the more different the truth becomes. So we know for sure that 6.8 km is not precisely correct. We don't know how incorrect it is, we think it's probably close, and finally, we believe the questioner doesn't care.