1560 cm^2 as you subtract the small prism from the large
Answer:
The prime factorization of 36 using exponential notation is
Step-by-step explanation:
Given: number 36
We have to show the prime factorization of 36 using exponential notation.
Prime factorization is representing a number in form of products of its primes.
Consider the given number 36
36 can be written as 2 × 2 × 3 × 3
In exponential notation it can be written as
Thus, the prime factorization of 36 using exponential notation is
Maybe instead of posting this as a question you should have emailed it straight to Brainly
Answer:
0.4375
Step-by-step explanation:
Lets say that X is the random varaible that determine the arrival time of Bob and Y the random variable that determine the arrival time of Alice. Bot X and Y are Independent random variables with uniform [0,1] distribution. 15 minutes is the quarter of an hour, so we want to calculate P(|X-Y|) < 0.25.
Note that P(|X-Y| < 0.25) = P(|X-Y| < 0.25 | X ≥ Y) * P(X≥ Y) + P(|X-Y| < 0.25 | Y ≥ X) * P(Y ≥ X) = P(X-Y < 0.25 | X ≥Y) * P(X≥Y) + P(Y-X < 0.25 | Y≥X)*P(Y ≥ X).
For a simmetry argument, that expression is equivalent to 2*P(Y-X < 0.25 | Y≥X)*P(Y ≥ X) = 2*P(0 < Y-X < 0.25). The region 0 < Y-X < 0.25 is, for X between 0 and 0.75, a parallelogram, of base 0.75 and height 0.25, and for X between 0.75 and 1, it is a Triangle of base and height equal to 0.25. Therefore P(0 < Y-X < 0.25) = 0.25*0.75 + 0.25² * 0.5 = 7/32. Hence 2*P(0 < Y-X < 0.25) = 14/32 = 0.4375.
They will meet for lunch with probability 0.4375
Hi! So this is just a simple probability question that seems a lot more complicated than it actually is. To find the probability that they only play clarinet, all you have to do is take 182 and subtract 86 because it eliminates the people that also play the flute. After doing this, you put your answer (96) and put it over the total amount of people (350). There for there is a 96 in 350 chance that they will only play clarinet.