Two numbers are graphed on the line below. Consider the inequality t
2 answers:
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Answer:
is the required quotient.
Step-by-step explanation:
We have been given the expression:
Cancel the common term which is 3 we will be left with
can be written as after prime factorization is:
And can be written as after prime factorization is:
Hence, the given expression would become after 2 gets cancel from numerator and denominator:
Quotient is the answer we get after dividing numerator by denominator and cancel common term which is
is the required quotient.
Answer:
x=17
Step-by-step explanation:
See those same little "triangles" on each right end of the horizontal lines? That means that the horizontal lines are parallel. And the vertical line that passes through both of them is called a transversal. Whenever we have that situation - where parallel lines are being intersected by a transversal - we can then know which angles are equal to each other using some postulates.
The angles with the given equations shown are corresponding angles. We know this because they are in the same matching corners created by the intersections. And by using the Corresponding Angles Postulate, which states that corresponding angles are congruent (or equal) we then know that 5x-25 and 3x+9 must be equal to each other, too.
From there, we can set up an equation to find x. Just set them equal to each other like so and solve:
Therefore, x = 17. Please don't hesitate to ask any questions!