Answer: n3 when
Step-by-step explanation: just say he fell in the water
Answer:
its 2/7 for the day and 1/12 for the month
Step-by-step explanation:
the probability of picking both of them is 2%
Answer:

Step-by-step explanation:
Given




Required
Probability of selecting 2 nickels without replacement
This can be represented as: 
The solution is as follows

The second nickel is reduced by 1 because the first nickel was not replaced and this also reduces the total by 1
So, we have:






or:

or:
x₁=3, x₂=4, x₃=5, .... x₈=10
