This is a doozy of an assignment plz help
@Vocaloid @Zeke When you guys have time
You have been asked by the police to find one of the three locations the Acute Perps gang is likely to hit in the coming weeks. Because the gang sticks to a triangular pattern, the locations could be a translation, reflection, or rotation of the original triangle. Choose one of the following transformations to help locate the gang: Translation using SSS Reflection using ASA Rotation using SAS After you have selected the one transformation you will be completing, go to step 2 for detailed directions.
I', choosing Translation
If you chose translation, use the coordinates of your transformation along with the distance formula to show that the two triangles are congruent by the SSS postulate. You must show all work with the distance formula and each corresponding pair of sides to receive full credit.
Then this is what need to be submitted
The three ordered pairs, with labels, of the congruent triangle you created using your transformation (Make sure to indicate which transformation was chosen.) All work for any corresponding sides using the distance formula, and clear labels All work for any corresponding angles (shown by use of a compass and straightedge or the slope formula) The answer to the question that matches your transformation.
does it tell you how much to translate it by?
One sec
No it doesnt honestly
Not that i can see
Just gives me that picture up there
first step would be to write down the coordinates of the original 3 points
Ok
you can label them C, W, and G for short
W (-2,-3) C (3,6) G (-3,6)
flip the x and y coordinates for C and G
Oh ok
C should be (6,3) and G is (6,-3)
Ok
to make things simple, pick a number (like 5) and add that to one of the coordinates
so, for every y-coordinate, you could add 5 to get your C' G' and W'
this counts as a translation up by 5 units
Ok
C (6,8) Right?
good
G (6,2)
[label the transformed points as C', W' and G' instead of C W and G so it's less confusing]
but yeah you have the right idea
W' (-2,2)?
good, now try drawing your C' W' and G' and the new triangle should look the same as the old one
Ok
after that, it's the tedious part - using the distance formula to calculate all six triangle sides ;;
I have no clue how to do that XD
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so let's just focus on WG and W'G' for now
Ok
Oh Jesus
So just plug it in right?
yeah basically W = (-2,2) and G = (6,-3) you would let x1 = -2, x2 = 6 y1 = 2, y2 = -3 and plug them into the formula
OH ok
to make it a bit easier to understand: 1. subtract the x-coordinates, then square the result 2. subtract the y-coordinates, then square the result 3. add your numbers from step 1 and step 2 4. take the square root of step 3
Ok
your answer should be 8 for WG ~and~ W'G'
Ok
So what about C?
for CG and C'G' the distance is 6 (make sure to show your work though)
Ok np will do thanks
What would this site be without you XD
and for CW and C'W' the distance is 10
label all six sides with the appropriate distance and show your calculations (this is super tedious sorry ;_;)
Now what do I do with that info just those are the answers?
Oh
Well it's not a simple exam I'm basically expecting this haha
It like an assignment my teacher asks for on a discussion baes assesment
once you show that CW = C'W', CG = C'G', and WG = W'G' that should be sufficient proof by SSS
Alright is it okay if I check back with you on my answers later? I gotta go take a shower XD
yeah sure I'll be on for maybe 2-3 more hours :
Rip m8
@Vocaloid So I do this for every combination of points?
yep, there should be 6 distances total
Ok
So we did W and G
Now I need G and C and W and C
Right?
good
then after that it would be W'G', G'C' and W'C'
Oh God ok
CG= 3.4?
your distances should be whole numbers ^^" I can do an example calculation if it makes things easier
Gimme a sec
Lemme explain what I did
I did steps one and two and got this (6,2) (6,8)=(0,-12)
^ that's C and C'
Wait hm?
you should be finding CG and C'G' not CC'
Okey? Thats weird
so your points would be C and G
so your original side lengths are CG, WG, and WC your new sides are C'G', W'G', and W'C' so you should find the distance between C-G, W-G, W-C, etc.
So do it again in reverse?
Cause I did it GC
the two points you picked weren't C and G
Point C is (6,8) right?
that's C' not C
C (without the dash mark) is just the point C on the original graph
Oh i think I get it C' is what we worked out
I can walk you through a sample calculation if it makes things easier?
Sure I guess
so C = the original point on the graph = (6,3) C' = point C shifted up to get (6,8)
OH I FORGOT THE ADD 5
OK
point G = (6,-3)
so C-G distance = sqrt( (6-6)^2 + (3 - (-3)^2 ) = sqrt(6^2) = 6
So do (6,8) + (6,-3) <--- after I work them out?
Subtract the X's and y's then square them then add them together then square root them?
so C' = (6,8) and G' = (6,2) so calculate the distance between these
yeah basically, just be careful with parentheses
I can work it out on graph paper so you at least have an answer key to look at
That would be ideal XD
So it should be (0,6) right (Not done just saying am I doing good so far)
Oh wait gotta square them hold up
(0,36) right?
your distance should be a single number not a (x,y) point
yeahIwasrightthefirstime Cg is 6
Ok so the answer is just 36?
To C'G'
6, because you take the square root at the end
Oh true missed that XD
^ worked out solution just in case I fall asleep on you
JESUS CHRIST I HAVE DONE BARELY ANYTHING
drawing & labeling a diagram will help keep your coordinates straight
Ok
So now since you did the work Smh now I have to plot them? Right
yeah basically (make sure you understand my work though, that's the important part)
I memorized the steps for next time thank yew for teaching me them
I will see if I can do the next one on my own
Is shadow good at math?
I think they should be able to handle this ^^
Ok thanks for the help Voca you are a lifesaver
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