Method
1. Take 1/2 of 24 which is 12
2. Square it which is 144
3. Add that to the left of the equation.
x^2 + 24x + 144 = 17 that is an unbalanced equation. You have to do the same thing to the right hand side.
4. Add 144 to the right.
x^2 + 24x + 144 = 17 + 144
(x + 12)^2 = 161
Conclusion
Add 144 to both sides to complete the square.
<span>First thing is to phrase the question in the notation of a probability. We are looking for -
p(x1<x2,x3<x2)
Next step is to simply expand this based on the rules of conditional probability as -
p(x1<x2,x3<x2)=â«10p(x1<x2,x3<x2|x2)p(x2)dx2
Given we are working with uniform[0,1] variables, the first term can be written simply -
p(x1<x2,x3<x2|x2)=x22
We also know that p(x2)=1 on the interval we care about.
Therefore we have -
p(x1<x2,x3<x2)=â«10x22dx2=x33âŁâŁâŁ10=1/3</span>
2.75 miles
Step-by-step explanation:
The 2 is a whole number so we don't need to change that, 3/4 is the same as 0.75 and 75%