It is very important to read the question very minutely and then it would be easy to reach a logically correct solution. It is important to note that "y" is greater than or equal to 12 and y is considered as all real numbers. Then we can mathematically represent this situation as
y <span>≥ 12</span>
Answer:
3565
Step-by-step explanation:
<h3>Hope it is helpful...</h3>
So you would divid. 1/3 divide be 5/1. Keep the Dorset fraction. Change the sign to multiplication and change 5/1 to 1/5. And multiple straight actions to get 1/15
To find the probability of any sample you're studying, you divide the number of objects studied by the total number of the sample. Here, we have 30,000 cars. It has been found that 222 had a defect in one of the headlight bulbs. So 222 of 30,000 cars had a defect. So the probability that any of those cars can have a defect is 222/30,000. You divide both numbers by 5 to simply, and you get 37/5000.
So the probability that any of those cars could have the defect is 37/5000, so 37 cars out of 5000 (Answer C)
Hope this Helps! :)