No, it takes more than double the time.
It probably takes the same amount of time for the driver to react - though given that at double the speed you are passing twice as many things outside, your reaction time may be affected. The kinetic energy of the car increases as the square of the velocity and this must be reduced to zero when you have stopped. So the relationship is non-linear.
The time taken depends on the speed at which the journey is undertaken. And the speed depends on a number of factors. Amongst these are the mode of transport, road conditions including weather, speed limits, traffic, whether or not the journey is non-stop.
Time = Distance/Speed so it would take 1700/82 = 20.73 hours (approx) assuming that the average speed of 82 mph could be sustained for that length of time. At an average speed of 82 mph, the answer implies no stop for rest or fuelling - quite an unrealistic assumption.
ave speed does not care if you have stopovers or not. ave speed = total distance / total time
The time taken depends on the speed at which the journey is undertaken. And the speed depends on a number of factors. Amongst these are the mode of transport, road conditions including weather, speed limits, traffic, whether or not the journey is non-stop.
The time taken depends on the speed at which the journey is undertaken. And the speed depends on a number of factors. Amongst these are the mode of transport, road conditions including weather, speed limits, traffic, whether or not the journey is non-stop.
Double the time it takes to stop with normal speed.
The overall relationship is complicated. The stopping time comprises reaction time and the time for deceleration. The reaction time is approximately independent of the speed but the deceleration is mainly related to the kinetic energy of the vehicles. The stopping time also depends on the road conditions, the brakes and tyre treads.
it would increase your speed in direct proportion. If time is halved, for example, speed would double
Time does not stop at the speed of light; rather, time appears to slow down for an object moving at the speed of light relative to an observer.
If you double your speed, your stopping distance will quadruple due to the relationship between speed and stopping distance. It's important to remember that increasing speed significantly impacts the time it takes to bring a vehicle to a complete stop.
In the theory of Einstein, this dude says if the speed of the object is really fast the time will stop
The time taken depends on the speed at which the journey is undertaken. And the speed depends on a number of factors. Amongst these are the mode of transport, road conditions including weather, speed limits, traffic, whether or not the journey is non-stop.
It will take about 1 hour and 45 minutes of total driving time if you drive non-stop at a constant speed of 65 mph.
According to the theory of relativity, time does not stop at the speed of light, but rather it slows down. This means that for an object traveling at the speed of light, time would appear to pass more slowly compared to an observer at rest.
It depends on your speed. So, as an example, if you could drive non-stop at a constant speed of 65 mph, it would take about 7 hours and 41 minutes.
If you drive non-stop at a constant speed of 65 mph, it will take about 11 hours and 50 minutes of total driving time.
If you drive non-stop at a constant speed of 65 mph, it will take about 8 hours and 12 minutes of total driving time.