Answer:
Step-by-step explanation:
Hello,
We know that
So we need to take into account two cases
Case 1 -
Then, |x-3|=x-3
||x-3|-2|=|x-3-2|=|x-5|
<em>Either </em>x-5 is positive and then |x-5|=x-5 and
<em>Or</em> x-5 is negative and then, |x-5|=-x+5
So the solution is [4;6]
Case 2 -
Then, |x-3|=-x+3
||x-3|-2|=|-x+3-2|=|-x+1|
Either -x+1 is positive and then |-x+1|=-x+1 and
Or -x+1 is negative and then, |-x+1|=x-1
So the solution is [0;2]
Conclusion
The solution is [0;2]∪[4;6]
Thanks
You already know that since you need to pay 10$ for the room you would do 75-10 and you have 65$ left. 12 goes into 65 5 times, because 12x5=60. You then have 5 dollars left. So Carrie can invite 5 people to her birthday party.
The possible dimensions are -7 and -8 units.
Solution:
Area of the rectangular skateboard park =
To find the dimensions of the park.
Let us factor the polynomial:
15x can be written as 7x + 8x.
Take x common in 1st two terms and 8 common in next two terms.
Make sure that the remaining terms in the bracket should be equal.
Now, take the common term (x + 7) outside from both terms.
If the length of the park is -7 then the width is -8.
If the length of the park is -8 then the width is -7.
The possible dimensions are -7 and -8 units.
I believe it’s 2/1 and the slope is 2 since it crosses the y-int at 2.