To calculate the time it would take to reach the moon traveling at a speed of 1000 kilometers per hour, we need to know the average distance between the Earth and the moon, which is approximately 384,400 kilometers. By dividing the distance by the speed, we get the time it would take to reach the moon, which is 384.4 hours or approximately 16 days. This calculation assumes a constant speed and a direct route to the moon without considering factors like acceleration, deceleration, or orbital mechanics.
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.
Well, isn't that a happy little question! To find the average speed of the car, you simply divide the total distance traveled by the total time taken. In this case, if the car went 240 km in 4 hours, the average speed would be 60 km per hour. Just imagine that car cruising along at a steady pace, enjoying the journey!
The time it would take to travel 1420 miles depends on the mode of transportation and the speed at which you are traveling. For example, if you are driving at a constant speed of 70 miles per hour, it would take approximately 20 hours to cover the distance. However, if you are flying in a commercial airplane traveling at an average speed of 500 miles per hour, it would take around 2.84 hours (or roughly 2 hours and 50 minutes) to reach your destination.
To do this you need to know:60 second in a minute60 minutes in an hour1760 yards in one mileNow first work out how far one would travel running at that speed in one minute, by finding how far you would have traveled in one second-100/9.7 = 10.30927835051546 yards /secondThen multiply by 60 to get distance traveled in one minute =10.30927835051546 * 60 = 618.5567010309278 yards / minute.Now multiply by 60 again to get the distance traveled in an hour618.5567010309278*60=37113.40206185567 yards / hourOK we now know that we would be running at a speed of 37113.40206185567 yards an hour. BUT we want the answer in miles an hour, so we have to divide this by the number of yards in a mile:37113.40206185567/1760=21.09 miles per hour.Compare this with the related answer for this question where the distance run was in Meters (which are longer than yards - so you would be running faster)
Well, roughly, it depends on weight, but not at first. Initially you fall at the acceleration of gravity at 32 feet per second per second. Velocity is acceleration x time and you reach a terminal velocity of about 110 mph depending on weight, or about 160 feet per second. Thus it takes 160/32= 5 seconds to reach that speed; then the sped is constant due to (drag) at 160 feet per second. You would have traveled s = 1/2 accel x time squared = 32/2 x 5x5 = 400 feet. You have 5600 feet to go and s = vt = 5600; t = 5600/160 = 35 seconds. Total time is 35 + 5 = 40 seconds
5530/790=7 hours
time =distance divided by speed time = 4700/790 = 5.95 hours = 5 hours 57 minutes
Distance = Rate * TimeAlgebraically manipulated,Time = Distance/RateTime = 4700 kilometers/190 kilometers per hour= 24.7 hours=============================
100 kilometers per hour or 124 miles per hour
well pretty slow i would imagine, that's if you were driving
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.
In kph it would be 40 kph.
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).
To find the average speed of the train, divide the distance traveled (in kilometers) by the time taken (in hours). The formula is: Average Speed = Distance / Time. Therefore, if the train traveled ( km ) in ( w ) hours, its average speed would be ( \frac{km}{w} ) kilometers per hour.
You would have traveled 80.4672 km.
It would take 5530/790=7 hours to reach its destination.
Asia