Factors of 6 are : 1,2,3 and 6.
Let us find probability of getting the number that is a factor of 6.
Now let us find probability of getting a number more than 2 (3,4,5,6).
We can see that these two events are mutually inclusive events. We can find probability of mutually inclusive events by formula 
.
Now we will find probability of getting the number is a factor of 6 or more than 2 using above formula.
Therefore, our probability will be 1 and this scenario represents mutually inclusive events.
I’m learning this in class as well
Ok so basically you just need to find 2 random points so like (30,100) and (20,30)
And my question for you is do you know the equation format?
Answer:
the sequence is by -5
therefore the next numbers are
-13,-18,-23,-28
Answer: She went 
times during the summer.
Step-by-step explanation:
If Louisa's savings change by 
each time she goes bowling and it went to 
, that means that Louisa went another times.
So therefore your answer would be 11.
The answers are 3.19 or -2.19.
In order to complete the square, you must first get the constant to the other side of the equation. WE do that by adding 7 to both sides.
x^2 - x - 7 = 0
x^2 - x = 7
Now we must take half of the x coefficient (-1), which would be -.5. Then we square it and add it to both sides. This is the second step to any completing the square problem.
x^2 - x = 7
x^2 - x + .25 = 7.25
Now that we have done that, the left side will be a perfect square so that, we can factor it.
x^2 - x + .25 = 7.25
(x - .5)^2 = 7.25
After having done that, we can take the square root of both sides
(x - .5)^2 = 7.25
x - .5 = +/-
Now we can take the value of that square root and solve.
x - .5 = +/-
x - .5 = +/-2.69
x = .5 +/- 2.69
And with the + and - both there, we need to do both to get the two answers.
.5 + 2.69 = 3.19
.5 - 2.69 = -2.19
