Question

Can someone be nice enough to help me please ?

Answer 1

what is your question?

Answer 2

Is it possible to show a congruence between ABC and A'B'C using only one translation and one reflection? explain.

Answer 3

Any image?

Answer 4

i could take a picture

Answer 5

hh

Answer 6

Its on a graph

Answer 7

the question is Is it possible to show a congruence between ABC and A'B'C using only one translation and one reflection? explain.

Answer 8

u there ?

Answer 9

hello

Answer 10

need help

Answer 11

The answer is yes, now explaining I'm not sure how..

Answer 12

yes

Answer 13

why is it yes ?

Answer 14

can you take a picture of the exercise?

Answer 15

ok

Answer 16

i think its no Q-Q

Answer 17

well, if the picture is the original, it seems no, but if it is a sketch not drawn to scale it may be yes.

Answer 18

or yes
Q-Q....

Answer 19

but its no

Answer 20

i think

Answer 21

-nods-

Answer 22

i think so too

Answer 23

sorry its lagging

Answer 24

Does that help

Answer 25

how would you go about this?

Answer 26

what is a transition?

Answer 27

It's translation

Answer 28

oh good, not that we have the proper word, what does it mean?

Answer 29

** now that we have ...

Answer 30

the process of moving something from one place to another

Answer 31

u-umsss Q.Q could you guys be kind enough to help me later? >O<

Answer 32

good, so if we move a'b'c' so that a = a' we have unmoved it....

can we then form a line for reflection?

Answer 33

yes

Answer 34

then since we can undo a translation and a reflection, then we can show that its possible to redo it

Answer 35

so it is possible

Answer 36

we could have moved it such that b' = b , or c' = c or something inbetween, but i choose that for simplicity

Answer 37

yep

Answer 38

Could you help me with the second question please ?

Answer 39

maybe, im only so smart during the day ...

Answer 40

Describe a sequence of rigid motions that would prove a congreuence between ABC and A'B'C

Answer 41

*congruence

Answer 42

I wish I was smart ughh