Write a sequence of transformations that maps quadrilateral ABCD onto quadrilateral A''B''C''D'' in the picture below.
@OhMaiGosshh i hope im not bugging you but i tryed to figure this out and it doesnt turn out i cant figure out what im doing wrong
Girl your okayy... ur not buggin me... lol
lol ok thx i tryed rotating but b would be on top so that doesnt work
okayy.... well... ur trying to map the red on the blue... right??
i thought it was blue onto red but red onto blue would make way more sense
lol... well imma tell you as if your mappin red on blue
wait no im pretty sure its blue onto red cause it says map abcd onto a" b" c"d"
and red is the one with qoutations
oohhh.... ohkayy.... well blue on to red it is... lol
yah lol
sooo... the answers u can choose are..... (0 pts) 180° rotation around the origin; reflection over the x-axis (0 pts) Translation (x, y) (x – 2, y + 0); reflection over the line x = –1 (0 pt) Enlargement; reflection over the y-axis (0 pts) Reflection over the x-axis; reduction
right??
its not multiple choice but eh we can try one of those
lol.. oohhh okayy.... well.. im still thinkin
i can safely say they did not enlarge it
can thigns reflect sideways
yeaa... they didnt... so we can rule that out... lol
i dont think they reduced it either
cause of you reflect sideways and translate down and then to the left it owuld be on top i think
and maybe rotate a bit
yeaa... so i think its 180° rotation around the origin; reflection over the x-axis
it cant be that cause then b is on top it has to be on bottom
ohh yeaaa... soo.... if you move the blue over to the right 3 spaces and go down 2 spaces... and reflect it... you'll have the blue on the red
not 3, over to the right 2 spaces.... then that'll be right
yah ok we got the gist now wait what coordinates will it end up on?
you need the coordinates??
yah i think so
A will be (1,1) B will be (3,-2) C will be (4,1) and D will be (3,2)
ok thank you so mcuh you are a lifesaver dah dha dah dahhhhh awesometown!!1 covered in awesomesauce!!
lol.... ur welcome... and thankyou :)
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