Answer: The probability that the batch is accepted is 0.812.
Step-by-step explanation:
Since we have given that
Number of defective cars = 5
Total number of cars = 100
Probability of getting first car non defective = 
probability of getting second car non defective = 
Probability of getting third car non defective = 
Probability of getting fourth car non defective = 
Using the multiplication rule, probability that the batch is accepted is given by

Hence, the probability that the batch is accepted is 0.812.