first time sec stories

First of all I have to say author you have to double check on the first few chap and generally the rest bec there are a lot of mistakes sec can you plz decrease the amount of the 18+ scenes and third

Great thanks for all the time to do this is the same as the other hand if you are not as good a time to go to a new one for the mouth card tomorrow morning at least one sec I'll get the money to the computer is a

author should do something about mage's casting time.... it takes 2 minutes -3 minutes just to cast some spells and In superhuman battels just 1 sec time intervals can change the direction of battle

Practice Problem on Stopping Sight Distance: Problems: 1. )A driver of a passenger car is traveling at 60 kph saw an obstruction ahead. If perception – reaction time of the driver is 1.5 sec. and coefficient of friction between tires and pavement is 0.15, compute the stopping sight distance for the roadway. 2.) A bus is running at a speed of 50 mph downhill on a grade of -2%. The coefficient of friction between tires and road is 0.34. After suddenly applying the brakes, how far will the bus travel until it stops? If PIEV time of the driver is 0.75 sec., compute the total distance traveled after perception of the hazard? 3.) Two cars are approaching each other from the opposite direction. Both cars are traveling the same grade of 2.5%. The speed of the car running uphill is 80kph and the other running at 100 kph. If reaction time for both drivers is 2 sec. and friction is 0.25, compute the maximum distance required to avoid collision. 4.)A driver traveling at 50 mph sees a wall at a certain distance ahead. The driver applies the brakes immediately upon 2 perception and begins slowing down at 6 m/s . If the distance from the stopping point to the wall is 12m, how far was the car from the wall upon perception if reaction time is 3 sec.? what is the coefficient of friction?

Practice Problem on Stopping Sight Distance: Problems: 1. )A driver of a passenger car is traveling at 60 kph saw an obstruction ahead. If perception – reaction time of the driver is 1.5 sec. and coefficient of friction between tires and pavement is 0.15, compute the stopping sight distance for the roadway. 2.) A bus is running at a speed of 50 mph downhill on a grade of -2%. The coefficient of friction between tires and road is 0.34. After suddenly applying the brakes, how far will the bus travel until it stops? If PIEV time of the driver is 0.75 sec., compute the total distance traveled after perception of the hazard? 3.) Two cars are approaching each other from the opposite direction. Both cars are traveling the same grade of 2.5%. The speed of the car running uphill is 80kph and the other running at 100 kph. If reaction time for both drivers is 2 sec. and friction is 0.25, compute the maximum distance required to avoid collision. 4.)A driver traveling at 50 mph sees a wall at a certain distance ahead. The driver applies the brakes immediately upon 2 perception and begins slowing down at 6 m/s . If the distance from the stopping point to the wall is 12m, how far was the car from the wall upon perception if reaction time is 3 sec.? what is the coefficient of friction?