To find the distance between two coordinate points, we can use the distance formula as shown below.
distance = √[(x₁ - x₂)² + (y₁ - y₂)²]
where (x₁, y₁) and (x₂, y₂) are the coordinates we are comparing. So for M(6, 16) and Z(1, 14), we have
distance = √[(6 - 1)² + (16 - 14)²] = √(9 + 4) = 3.6.
Therefore, the distance M and Z is equal to 3.6 units.
<span>Answer: 3.6 units</span>
Answer:
4x(2x - 1)
Step-by-step explanation:
8x² - 4x ← factor out 4x from each term
= 4x(2x - 1)
First you need to find the rule or 'equation' that this system goes by before we can solve what H' point is located.
So, to do so, label out the triangles points:
A(-7, 6), B(-5, 3), C(-1, 3) to A'(1, 4), B'(3, 1), C'(7, 1)
Now for A to A' which is -7 to 1 is a 8 point difference and A to A' which is 6 to 4 is a -2 point difference, indicating:
(x + 8, y - 2)
Now:
B(-5, 3) -> (-5 + 8, 3 - 2) = B'(3, 1)
C(-1, 3) -> (-1 + 8, 3 - 2) = C'(7, 1)
Now to simply solve for H to H':
We know H 's coordinates are: (-7, -5)
Now add in the rule and solve:
(-7 + 8, -5 - 2) = ?
Answer: (1, -7)
Answer:
no, it is not a proportional relationship.
Step-by-step explanation:
if you divide 315 by 175 you get 1.8
if you multiply 315 by 1.8, you don’t get 420. therefore this is not a proportionally relationship.
hope this helps!
