Question

I am willing to do the work I want to learn. I will include the document + answers and explanation once the post is open.

Answer 1

yes i'm here

Answer 2

Please note that there are TWO separate questions. I have included what I think the possible answer is + my reason for believing so.

Answer 3

If I am incorrect in anyway, let me know so I can learn and possibly work it out with you. Thanks~

Answer 4

i would say A too for the first

Answer 5

lemme check the second

Answer 6

I agree with you on both :)

Answer 7

yes second is also correct

Answer 8

I think B is more accurate for first....all 4 angles should be right angle.

Answer 9

though if one angle is right, all others will automatically become right

Answer 10

WOOOO yeah gratnn

Answer 11

I'm glad you brought that up. It appears to me that you can choose more than one answer. Shall I choose BOTH A and B?

Answer 12

if you can, sure.

if you can choose only one, go with B

Answer 13

yeah both are correct

Answer 14

Good. Thank you for your opinions. May I ask another question if you have time?

Answer 15

yeah

Answer 16

Good catch @hartnn :)

Answer 17

Hart no will u help me with my ques when u are free

Answer 18

So this next question has got me a bit confused. Is it asking about the name of the transformations used such as dialation, rotation, etc, or is it asking me to write the exact transformations used to get from figure A to figure A'. For example (x, y).

Answer 19

chose a pair of points:
A and A'

how many units is shifted up ?

Answer 20

A: (x + 1, y +3)?

Answer 21

yes

Answer 22

@hartnn @sleepyjess do you agree?

Answer 23

Yep :)

Answer 24

ok

Answer 25

So for B: (x + 1) and C: (x + 3, y + 2)?

Answer 26

My apologies, for B: (x + 1, y + 1)?

Answer 27

This triangle is dilated... but I'm not sure how to put that into a transformation rule

Answer 28

that looks better :)

Answer 29

Okay, there will be a scale factor of something (haven't gotten that far yet), then we'll do the transformation rule

Answer 30

Yes, I can see it's dilated as @sleepyjess. I agree, it seems that it is to easy at this point, I believe we might have to calculate scale factory in...

Answer 31

I figured out that it's dilated by a scale factor of 1.5, do you get that?

Answer 32

Alex, in transformation rules, all points have the same rule, you can't have 3 different rules for the same triangle

Answer 33

yeah....

Answer 34

On the scale factor, don't you have to have numbers transcribed into the triangle to even begin calculating?

Answer 35

I'm not sure what you mean by having numbers transcribed into the triangle. Maybe Iearned differently?

Answer 36

*maybe I

Answer 37

For instance, the numbers are given. I'm sorry if I'm not making any sense, I'm learning...