The coordinate grid below shows triangle ABC and its image after translation, triangle A'B'C': Triangles ABC and A prime, B prime, C prime are shown. A is located at negative 6, 2. B is located at negative 5, 5. C is locat Which of the following completes the rule for this translation, (x, y) → (x + 6, ___)? (5 points)
y − 6 y + 6 y − 8 y + 8

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anelapasic1807 anelapasic1807 · Answer 1 · 2020-02-05T13:14:58+01:00

Answer:

y+6

Step-by-step explanation:

If we increase x then we need to do it with y by the same number.

We can not increase with different numbers.

Our rule of translation now is (x+6,y+6)

(x,y)=(x+6,y+6)

We have A(-6,2) then A'(0,8)

B(-5,5) then B'(1,11)

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Matheng Matheng · Answer 2 · 2020-02-07T00:27:08+01:00

Answer:

The rule of translation (x,y) → (x+6 , y-8)

Step-by-step explanation:

The rest of the question is the coordinates of the ΔABC and ΔA'B'C'

The coordinates of the ΔABC: A(-6,2) , B(-5,5) , C(-1,3)

The coordinates of the ΔA'B'C': A'(0,-6) , B'(1,-3) , C'(5,-5)

It is required the rule of translation.

By Comparing between any of the points and its image

For example between A and A'

Let A(-6,2) = (x,y) and A'(0,-6) = (x+h , y+k)

So, x = -6 and y = 2

And x+h = 0 , y+k = -6

Substitute with x and y to find h and k

So, -6 + h = 0 ⇒ h = 6

And 2 + k = -6 ⇒ k = -8

So, the rule of translation (x,y) → (x+6 , y-8)