SOLUTION: the time taken by the electronic device in a car to respond to a signal from the toll plazza is normally distributed with mean 160 microseconds and standard deviation 30 microsecon

Question 474388: the time taken by the electronic device in a car to respond to a signal from the toll plazza is normally distributed with mean 160 microseconds and standard deviation 30 microseconds. Calculate the probability that the device in the car will respond to the given signal, that is in less than 148 microseconds and within 100 and 180 microseconds.
Answer by robertb(5830) (Show Source): You can put this solution on YOUR website!

RELATED QUESTIONS
The time to repair an electronic device is a normally distributed random variable... (answered by richwmiller)

The time to repair an electronic device is a normally distributed random variable... (answered by stanbon)

The time to repair an electronic device is a normally distributed random variable... (answered by solver91311)

The time required to assemble an electronic device is normally distributed with a mean... (answered by ikleyn)

PLEASE HELP ME! THERE ARE 4 PART OF THE QUESTIONS TO THIS PROBLEM. Revenues from an... (answered by Fombitz)

PLEASE HELP ME! Revenues from an electronic device are shown in the table. Let P be... (answered by Fombitz,ewatrrr)

During an experiment, the intensity i(t) of the electric current of a device as a... (answered by jim_thompson5910)

During an experiment, the intensity i(t) of the electric current of a device as a... (answered by stanbon,jim_thompson5910)

Need help, I was given this question in my class and the tutorial link that would show me (answered by rothauserc)