Answer:
<u>The original number is 96.875</u>
Step-by-step explanation:
Let's find the original number using the Direct Rule of Three, this way:
Percentage Number
100 x
96 93
***********************************************
96x = 93 * 100
96x = 9,300
x = 9,300/96
x = 96.875
<u>The original number is 96.875</u>
To compute the GCF of two number, you need their prime factorization.
Then, you "build" the GCF by only considering the primes appearing in both factorization, with the smaller exponent possible.
So, to compute the GCF between 6 and 9, you first consider their factorization:
So, the only prime appearing in both factorization is 3.
It appears with exponent 1 in the factorization of 6, and with exponent 2 in the factorization of 9. We must choose the smallest, so we choose 1.
So, 3 with exponent 1 is simply 3, and here's your GCF
Angel is 8 years old and Alex is 30 years old x-y=30
Hello,
Here is your answer:
The proper answer to the question is option A "3".
Here is how:
There is only two options 250 and 350 and there is 12 months which means there can only be three for both.
Your answer is A.
If you need anymore help feel free to ask me!
Hope this helps!
Answer:
P = 0.075 P = 7.5%
Step-by-step explanation:
We pretty much look for the probability that the player fails the first attempt and also fails the second attempt.
We know for a fact that the probability that the quarterback fails the first attempt is:
p(1) = 0.5
and we know that the probability that the quarterback fails the second attempt after failing the first is:
p(2/1) = 0.15
Then the probability of failure of both attempts is:
P(2/1) = p(1 and 2) / p(1)
p(1 and 2) = P(1) * P(1/2)
p(1 and 2) = 0.5 * 0.15
and that is
p(1 and 2) = 0.075
you probably didn't want the nerdy stuff but oh well
