43.889 m / s.
Speed = 395 / 9. Speed = 43.889 m / s
You travelled at an average speed of 2 metres per second.
The plane travels at 2,526.64 miles per hour.
The first step is to find out how long the airplane took before takeoff. If it travels at a uniform 2.45ms-2 acceleration and needs to get to 70ms-1 then this will take 70/2.45 = 28.57142857... seconds. The next step is to calculate the average speed. The plane starts at 0 and ends at 70, so the average speed will be 35ms-1. To find the distance travelled, we multiply the average speed (35) by the time taken (28.57142857...) and this gives 1,000. Thus, the plane travels for 1km before takeoff.
The resultant velocity of a plane is 125 km/hr.
30 seconds
395000 meters/9000 seconds is 43.889 meters/second
Speed= Distance Traveled / Time Speed= 2900 Mile / 3.5 Minute Speed= 828.571429 :- The speed of a plane is 828.57
Use the formula that defines speed:speed = distance / time
You travelled at an average speed of 2 metres per second.
well, im not sure if jets travel at constant speeds, but if they dont the average speed would be 300m/s(meters per second).
Take 528 meters and divide by 4 to get 132 meters per second. This works out to 475.2 kilometers per hour and if you divide 475.2 by 1.609344 you get ~295.3 miles per hour or ~433.1 feet per second. Danny J. Sievert
528 ÷ 4 = 132 kilometres per second.
The plane travels at 2,526.64 miles per hour.
300 x 10 x 2 = 6000 The plane will travel 6000 feet.
The plane's velocity at 10 seconds will be 150 meters per second or 335.54 mph
The first step is to find out how long the airplane took before takeoff. If it travels at a uniform 2.45ms-2 acceleration and needs to get to 70ms-1 then this will take 70/2.45 = 28.57142857... seconds. The next step is to calculate the average speed. The plane starts at 0 and ends at 70, so the average speed will be 35ms-1. To find the distance travelled, we multiply the average speed (35) by the time taken (28.57142857...) and this gives 1,000. Thus, the plane travels for 1km before takeoff.
passenger