Answer:
Hello Sir/ Mam
YOUR REQUIRED ANSWER IS 18.6%
Variables defined in the question:
H - Home - Games
W - Winning Games
Now, given:
P(H0.62 PW)0.22
P(W\mid H)=0.30
Required : Of all the games, percentage of games that were at home wins.
Hence, required :
P(W\cap H)
Now, we know that:
P(W\mid H)=\frac{P(W\cap H)}{P(H)}
0.3=\frac{P(W\cap H)}{0.62}
Hence,
P(W\cap H)=0.3*0.62=0.186=18.6\%
I hope this solves your doubt.
Feel free to comment if you still have any query.
Do give a thumbs up if you find this helpful.
Step-by-step explanation:
Answer:
It will end up a decimal since it is not divisible by 5. The only numbers divisible by 5 end in 5 or 0.
234÷5 = 46.8
Step-by-step explanation:
The quotient is a decimal number since 234 is not divisible by 5
The only numbers divisible by 5 end in 5 or 0.
234 ÷ 5
200 ÷5 = 40
30 ÷5 =6
4 ÷5 = 4/5 =.8
40+6+.8 = 46.8
Answer:
a) P(1) = 0.1637
b) 
c) E(x) = 0.2
Step-by-step explanation:
If X follows a poisson distribution, the probability that a disk has exactly x missing pulses is:
Where m is the mean and it is equal to the value of lambda. So, replacing the value of m by 0.2, we get that the probability that a disk has exactly one missing pulse is equal to:
Additionally, the probability that a disk has at least two missing pulses can be calculated as:
Where 
.
Then, 
and 
are calculated as:
Finally, In the poisson distribution, E(x) is equal to lambda. So E(x) = 0.2
That is so cool, thanks for the trick idea.
