Rewrite each algebraic expression with fewer terms
1 answer:
1) solving we get
2) Solving we get
Step-by-step explanation:
Rewrite each algebraic expression with fewer terms
Solving:
Multiplying 9.5 with terms inside the bracket
So, solving we get
Solving:
So, Solving we get
Keywords: Solving algebraic expression
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Answer:
Step-by-step explanation:
We can rewrite the square root of negative 18 as . We can evaluate these two quantities separately. The square root of 18 can be factored to get 3 squared times 2. We can take the 3 out to get
. Now, the square root of negative one can be rewritten as
, so this is equal to
Answer:
Step-by-step explanation:
the center is at (0, -2)
radius = = 8
Answer:
The probability of an operating system error given that a failure has ocurred is P(O/E)= 0.19
Step-by-step explanation:
Hello!
There are three different sources of error when a computer system fails:
D: disk drive error. ⇒ P(D)= 0.50
M: computer memory error. ⇒P(M)= 0.20
O: operating systems error. ⇒ P(O)= 0.30
According to the component perdormance standard:
The probability of failure "E", given that there is a disk drive error is P(E/D)= 0.40
The probability of failure "E", given that there is a computer memory error is P(E/M)= 0.6
The probability of failure "E", given that there is a operating system error is P(E/O)= 0.25
You need to calculate the probability of an operating system error given that a failure has ocurred, symbolically:
P(O/E)
To reach the probability of the marginal E you have to add all intersections between the event "E" and the events "D", "M" and "O"
D M O Total
E: P(E∩D); P(E∩M); P(E∩O); P(E)
Using the formula of the conditional probability I'll clear all three intersections using the known probabilities:
General formula: ⇒
P(E∩D)= P(E/D)*P(D)= 0.4*0.5= 0.2
P(E∩M)= P(E/M)*P(M)= 0.6*0.2= 0.12
P(E∩O)= P(E/O)*P(O)= 0.25*0.3= 0.075
P(E)= P(E∩D) + P(E∩M) + P(E∩O)= 0.2+0.12+0.075= 0.395
I hope it helps!