Question

A square on a coordinate plane is translated 9 units down and 1 unit to the right. Which function rule describes the translation?

A. T1, –9(x, y)

B. T–1, –9(x, y)

C. T–9, 1(x, y)

D. T–9, –1(x, y)

Answer 1

Option A -
`(x, y)\rightarrow  (x +1, y - 9)`

Explanation:

Given : A square on a coordinate plane is translated 9 units down and 1 unit to the right.

To find : Which function rule describes the translation?

Solution :

Let's (x, y) is coordinate plane.

x represents the horizontal move and y represents the vertical move.

There is a shift 'a' unit downward
`x\rightarrow x+a`

There is a shift 'b' unit right
`x\rightarrow x-b`

It is translated 9 units down and 1 unit right.

`(x, y)\rightarrow  (x +1, y - 9)`

Therefore, Option A is correct.

Answer 2

we have that

A square on a coordinate plane is translated
`9` units down and
`1` unit to the right

so

the rule of the translation is

`(x,y)------> (x+1,y-9)`

therefore

the answer is the option A

T1, –9(x, y)