coordinate plane with triangles lmn and pqr with l at negative 3 comma 2, m at 1 comma 6, n at 1 comma 2, p at negative 2 comma 3, q at 0 comma 5, and r at 0 comma 3
which set of transformations would prove δlmn ~ δpqr?
dilate δpqr by the scale factor of 2 from point r, and translate δp′q′r′ by the rule (x + 0, y − 1).
dilate δpqr by the scale factor of 2 from point q, and translate δp′q′r′ by the rule (x + 1, y + 0).
translate δpqr by the rule (x + 1, y + 1), and dilate δp′q′r′ by a scale factor of 2 from point p.
translate δpqr by the rule (x + 1, y − 1), and dilate δp′q′r′ by a scale factor of 2 from point r.

answer: a) (0,0), (1,1), (2,8), and (3,27).

step-by-step explanation:

0^3=0

1^3=1

2^3=8

3^3=27

in effect, the exponential equation for this would me y=3^x. each x-coordinate cubed is giving the y coordinate, so a is your answer : )

answer: i don't understand it

step-by-step explanation: sorry

brandon has 4344 video games.  

step-by-step explanation

7373 - 2929 = 4344

pls let me know if it was correct

proportions are fractions that equal to each other. so if two fractions are the same, they are proportional.

let's check the answers to see if they are proportional.

question a is not proportional because you can't turn 1.5/3 to 3/9. if you try to multiply 1.5/3 by 2 or 3, you wont get 3/9. it's impossible to make the fractions the same.

question b is not proportional because you can't turn 22/33 to 4/6. 33 can't go into 6.

question c is proportional because when you multiply 2 and 3 by 71, you would get 142/213, and those fractions equal to each other

question d is proportional because when you divide 14 and 7 by 2, you would end up with 7/3.5, and those fractions equal to each other.