At 20 MPH, the average reaction time for a driver is around 0.75 seconds. This is the time it takes for a driver to perceive a hazard and begin to react by applying the brakes or taking evasive action. It's important to note that individual reaction times can vary based on factors such as age, alertness, and distractions.
Fear can improve (shorten) reaction time.
The term for the length of time it takes for you to respond to a stimulus is called reaction time. It is the time from when a stimulus is presented to when a response is initiated.
As the temperature increases, the reaction time decreases.
Reaction time is the time it takes from a stimulus being received to react to that stimulus. For example, If you step on a bee barefooted (sting of the bee is the stimulus), your reaction time is the time it takes to remove your foot.
The average reaction time for adults is around 0.25 seconds to 0.30 seconds. Factors such as age, health, and distractions can influence reaction time. Practices like regular exercise and maintaining a healthy lifestyle can help improve reaction time.
It depends on the reaction time of the driver. This could be affected by his reaction speed or whether he is intoxicated. In any case the faster he is travelling the longer the thinking distance will be.
Speed = Distance/Time ex.: Distance - 50mi. Time - 2.5 hours 50mi. / 2.5hours = 20mph Speed - 20mph
Final velocity minus starting velocity, divided by time it took. Ex. Speeding up you car from 40mph to 60 mph when going on to freeway. It took 2 seconds. 60mph - 20mph= 40mph/2sec =20mph 20mph is your acceleration.
20mph
Use the formula: distance = speed x time. Solving for time: time = distance / speed.
20mph
20mph
32.18688kmph
it can go about 20mph
15-20mph
By changing direction. Acceleration is a change in velocity. Since velocity takes direction into account, while speed does not, an object can having a changing velocity even while its speed remains the same. And while that object is changing its velocity by changing its direction, it is accelerating, regardless of its speed remaining constant. For example, if a car is driving north at constant speed of 20mph, its speed is 20mph, while its velocity is 20mph towards the north. At this point, the car is not accelerating. Now if the car turns a corner to head east while maintaining its speed of 20mph, its velocity is changing from 20mph northward to 20mph north-eastward and finally to 20mph eastward. As it is turning, it is accelerating. However, as soon as it stops turning, the car is no longer accelerating.
About 18 - 20MPH.