The intersection of
is 
Explanation:
The expression is 
To determine the intersection of these two inequalities, let us solve the two inequalities separately.
Consider 
Subtracting both sides by 1, we have,
Also, consider 
Adding both sides by 4, we have,

Using these two simplified inequalities in the expression, we have,

Writing this in the interval notation, we get,

Hence, the intersection of the two interval is

Thus, the intersection of
is 

÷

The first thing you must do it to solve the fractions inside the parentheses first

which is

because you must get a common denominator in order to solve. The common denominator is 6. So you must multiply in order to get 6.

Then you do the other fraction:

which is

because 15 is the common denominator and you must multiply the denominator to get 15, thus, you must multiply by the same amount for the numerator. So now it is

÷

but when dividing, you just need to flip-flop the second fraction and then multiply across. Now it is

But to simplify, you find a common factor which is 3.
45÷3=15 and 6÷3=2 which is now

You answer is C)
Answer:
Beatrice's age is 34
Step-by-step explanation:
Beatruce = B
Andrew = B+2
Chris= B-3
B+(B+2) +(B-3 )= 67-B
3B-1 = 67-B
2B -1 = 67
2B= 68
B = 34
Beatrice is 34
Andrew is 36 (34+2)
Chris is 31 (34-3)
36+31 = 67
The lowest term is
.
Solution:
Given expression is 
<u>To reduce this term to the lowest term:</u>

Multiply the numerator and denominator.

Now, divide the numerator and denominator by the greatest common factor.
Here 150 and 8 both have common factor 2.
So, divide numerator and denominator by 2.



Hence the lowest term is
.