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How much time would it take an airplane to reach its destination if it traveled at an average speed of 790 kilometers hour for a distance of 4700 kilometers what is the airplanes speed in miles hour?
5530/790=7 hours
How do you convert engine hours to kilometers?
by dividing the kilometers you have traveled by the hours you have moved
Work out the speed 49 km in 3.5 hours?
Speed = distance traveled / time taken speed = 49 / 3.5 = 14 kmph (kilometers per hour)
What is the average speed of a tornado that travels 8 kilometers in 10 minutes?
The speed is the distance traveled divided by the time it takes to travel that distance. In this case we with divide 8 kilometers by 10 minutes to get 0.8 km/minute. One hour is sixty minutes, so this works out to 48 km/hour.
Which train moved faster if Train A traveled 180 kilometers in 2 hours with no stops and Train B traveled 120 kilometers in 1 hour with no stops?
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.
How much time would it take for an airplane to reach its destination if it traveled at an average speed of 190 kilometers hour for a distance of 4700 kilometers?
Distance = Rate * TimeAlgebraically manipulated,Time = Distance/RateTime = 4700 kilometers/190 kilometers per hour= 24.7 hours=============================
How much time would it take an airplane to reach its destination if it traveled at an average speed of 790 kilometers hour for a distance of 4700 kilometers what is the airplanes speed in miles hour?
5530/790=7 hours
How much time would it take for an airplane to reach its destination if it traveled at an average speed of 790 kilometers hour for a distance of 4700 kilometers what is the airplane's speed in miles?
Time = Distance/Speed = 4700km/790kph = 5.949 hours or 5 hours 57 minutes approx.The airplane's speed cannot be expressed in miles because miles are a measure of distance, not of speed.However, the speed is 491 miles per hour (approx).
How much time would it take for an airplane to reach its destination if it traveled at an average speed of 790 kilometers per hour for a distance of 4700 kilometers?
time = (4,700 kilometers) / (790 kilometer per hour) = 5.9494 hours. Don't try this at home until you know how to figure in the effects of the wind.
How much time would it take for an airplane to reach its destination if it traveled at an average speed of 790 km for a distance of 5530 km?
It would take 5530/790=7 hours to reach its destination.
What was the total distance traveled in apollo 11?
The total distance traveled by Apollo 11 to the Moon and back was approximately 477,800 miles (768,000 kilometers).
An airplane traveled from boston to las vegas making a stop in St. Louis the plane traveled 2410miles together which is 230 of the distance from boston to St. Louis find the distance from distance?
5%
What is the equation to calculate time?
Time can be calculated using the formula: time = distance / speed. This formula relates time (in hours) to distance (in miles or kilometers) and speed (in miles per hour or kilometers per hour). Simply divide the distance traveled by the speed at which you are traveling to find out how long it will take to reach your destination.
What is a device that records the distance traveled by a vehicle called?
There are several. You're probably referring to the odometer, which displays the number of miles traveled.
Which unit would a scientist use for measuring the distance traveled by a car?
A scientist would typically use the unit "meters" or "kilometers" to measure the distance traveled by a car. These units are commonly used in scientific research and calculations for measuring distances.
What is the unit of measurement used to measure the distance traveled by the car?
The unit of measurement commonly used to measure the distance traveled by a car is kilometers (km) or miles (mi).
What is the out and back distance for a one-way trip?
The out and back distance for a one-way trip is the total distance traveled from the starting point to the destination and back to the starting point.
