The theorems that matches each respective description are:
- Vertical Angles Theorem - 1
- Triangle Sum Theorem - 2
- Corresponding Angles Postulate - 5
- Same-Side Interior Angles Theorem - 8
- Isosceles Triangle Theorem - 3
- Alternate Exterior Angles Theorem - 7
- Triangle Midsegment Theorem - 4
- Alternate Interior Angles Theorem - 6
<h3>What is the Vertical Angles Theorem?</h3>
- This theorem states that a pair of vertical angles that are formed will always be congruent.
- Number 1 description matches this theorem.
<h3>What is the Triangle Sum Theorem?</h3>
- This states that all three interior angles of a triangle equals 180 degrees.
- Number 2 description matches this theorem.
<h3>What is the Corresponding Angles Postulate?</h3>
- This states that the corresponding angles formed, when a transversal cuts two parallel lines, are congruent.
- Number 5 description matches this theorem.
<h3>What is the Same-Side Interior Angles Theorem?</h3>
- This states that the same-side interior angles formed, when a transversal cuts two parallel lines, are congruent.
- Number 8 description matches this theorem.
<h3>What is the Isosceles Triangle Theorem?</h3>
- This states that the the two equal sides of an isosceles triangle are directly opposite the two congruent angles of the triangle.
- Number 3 description matches this theorem.
<h3>What is the Alternate Exterior Angles Theorem?</h3>
- This states that the alternate exterior angles formed, when a transversal cuts two parallel lines, are congruent.
- Number 7 description matches this theorem.
<h3>What is the Triangle Midsegment Theorem?</h3>
- This states that the midsegment of a triangle is always half the length of the third side it is parallel to.
- Number 4 description matches this theorem.
<h3>What is the Alternate Interior Angles Theorem?</h3>
- This states that the alternate interior angles formed, when a transversal cuts two parallel lines, are congruent.
- Number 6 description matches this theorem.
Learn more about Angles Theorem on:
brainly.com/question/24756010
Answer:
no need to skip a line between the office equipment and common stock.
Step-by-step explanation:
We have the equation for company 1: y = 3x + 5. That means it costs $3 to rent a movie with a $5 fee no matter how many movies you rent. It would benefit us to have the equation for company 2, so we need to find it using 2 points on the line. I picked the points (2,14) and (0,12). Find the slope of this by using the slope formula:
which gives us a slope of 1. Now we can use that slope and the slope-intercept form of a line to find the y-intercept, which serves as the fee for renting from company 2. 14=1(2)+b and 14 = 2 + b and b = 12. The equation then for company 2 is y=1x+12. This means it costs $1 to rent movies, but your fee to rent, no matter how many movies you pick, is $12. The "rate of change" in the choices refers to the slope. The slope in company 1's equation is 3 and the slope in company 2's equation is 1. The best description is the first choice that says "There is a higher rate of change at Company 1".
Answer:
100
Step-by-step explanation:
Because it would be the most common it would make no sense if any of the other options would represent the value of 2 and 3 if it had it would go over the amount of 200. But if they were represented by numbers 3 would be 60 and 2 would be 40 multiplying by two and ofc 5 would be 100.
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