Answer :
The probability that Bob will oversleep is 6.25%.
The study of probability examines the likelihood that a certain event will really occur or not. Depending on the nature of the occurrences, a probability problem will require a certain procedure. The basis for the kind of events has three components: Independent, Dependent, and Mutually Exclusive Events.
There is a 75% chance that either clock will wake Bob. Thus, the probability that the clock will not wake Bob up is equal to
P (N) = 1-75% = 1- 0.75
P (N) = 0.25
Since the two clocks are considered to be an independent event, then the probability that Bob will oversleep is
P(oversleep) = P (N)*P (N) = 0.25*0.25 = 0.0625
P(oversleep) = 6.25%
Thus, the probability that Bob will oversleep is 6.25%.
If bob ad three clocks then the probability that Bob will oversleep is
P(oversleep) = P (N)*P (N)*P (N)= 0.25*0.25 *0.25 = 0.015625
P(oversleep) = 1.56%
Thus, the probability that Bob will oversleep even after three clocks is 1.56%.
The chances of bob waking up after having three clocks is 98.44%
To know more about probability visit: brainly.com/question/30034780
#SPJ4