How does increasing the speed of the vehicle affect the time available for using the IPDE process?
How does increased speed affect the time available to complete the IPDE Process? it decreases the time available. When driving through a curve at normal speed, accelerate gently after entering the curve.
When you use the 3 second following distance at rural speeds 55 mph compared to city driving speeds 30 mph the distance you travel per second is?
When you use the 3-second following distance at rural road speeds (55 mph), compared to city driving speeds (30 mph), the distance you travel per second is greater.
When driving uphill if your sight distance is reduced you should?
You identify that a vehicle overtaking and passing you will be returning to your lane too close in front of you. You should slow down. Check the traffic situation if a small animal suddenly appears in front of your vehicle. If your sight distance is reduced when driving up a hill, you should reduce your speed.
What are the three major conditions that require a driver to adjust speed?
Changes in visibility, traction, and space are the three major highway conditions that require you to adjust speed. Your speed affects the distance you can see ahead along your projected path of travel.
How does the speed of a car affect the stopping distance?
A faster speed increases both thinking and braking distance, increasing the total stopping distance. You might be asked to look for patterns in car stopping distances, and how they change with the speed of a car. Look at the diagram and answer the question. A car doubles its speed from 30 mph to 60 mph. How does this affect:
Do you know what your stopping distance is?
Not everyone actually knows what their stopping distance is. Some drivers believe that stopping distance is the amount of time it takes their vehicle to come to a complete stop after they press the brake pedal, but this is not the case.
How is the thinking distance of a car affected?
The thinking distance depends on the reaction time of the driver which could be affected by drugs, alcohol, distractions and tiredness. This distance will also be affected by the car’s speed.
What’s the minimum distance you can see ahead in a car?
The distance you should be able to see ahead relates to the amount of time you need to stop and how you can perceive the danger. This is affected by: For class 1 (car) and class 6 (motorbike) licence holders, the minimum combined visual acuity is 6/12; both eyes must be better than 6/18.