On a windy day, the biker has wind pushing against it. The biker has to pedal harder because of the force pushing against the biker and the bike itself.
It will fly exactly .
A car travelling at a constant speed of 75km/h for 2 hours will travel a distance of 150km.
The speed of light is constant. It is 671,000,000 mph.
At a constant speed of 60 mph, you are traveling 1 mile per minute. It will take you 50 minutes to travel 50 miles.
To determine how long it takes to travel a distance of 339 miles, you would need to know the speed at which you are traveling. The time taken to travel a distance is calculated by dividing the distance by the speed. If you are traveling at a constant speed of 60 miles per hour, you can calculate the time it takes to travel 339 miles as follows: Time = Distance / Speed Time = 339 miles / 60 miles per hour Time ≈ 5.65 hours Therefore, it would take approximately 5.65 hours to travel 339 miles at a constant speed of 60 miles per hour.
It will fly exactly .
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150 MPH
is a constant, about 300,000,000 m/s.
A car travelling at a constant speed of 75km/h for 2 hours will travel a distance of 150km.
A car traveling at constant speed can still accelerate if its direction changes, such as when it goes around a curve. Acceleration is defined as a change in velocity, which includes changes in direction as well as changes in speed. A car at constant velocity, on the other hand, maintains both its speed and direction, so it does not experience acceleration.
Elliptical satellites don't have a constant speed, but circular satellites do
36 minutes if going at a constant rate. distance divided by rate (speed)=time it will take to travel.
It would be harder to get money and you'll have to play by the rules. Most people get money (including me!) by time traveling! :)
The speed of light is constant. It is 671,000,000 mph.
No. In general, for the simplified case of constant speed, use the formula: distance = speed x time
Traveling without changing speed means maintaining a constant velocity or pace throughout the journey without any acceleration or deceleration. This usually results in a consistent and smooth movement, whether by car, train, plane, or any other mode of transportation. It can help with fuel efficiency and passenger comfort but may take longer to reach the destination compared to a journey with speed changes.