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Please help

image.jpg@Zacken or anyone please help
Reply 1
Original post by zXcodeXz
image.jpg@Zacken or anyone please help


Can you find two angles that are identical and are in terms of ww, equate them to get an equation in ww and then solve for ww. Then you know two of the angles in the triangle and can say that the two angles + t = 180. Then solve for tt.
Original post by Zacken
Can you find two angles that are identical and are in terms of ww, equate them to get an equation in ww and then solve for ww. Then you know two of the angles in the triangle and can say that the two angles + t = 180. Then solve for tt.


I done 3w+40=180 then solved that and got 46.6 is that correct so far?
Reply 3
Original post by zXcodeXz
I done 3w+40=180 then solved that and got 46.6 is that correct so far?


I'm not sure how you got that... where did it come from? This may be useful:

Original post by Zacken
I'm not sure how you got that... where did it come from?


I added the 2w in the triangle with the w+40 on the line and since the w+40 is on a straight line it would add up to 180 that's how I got 3w+40=180
Reply 5
Original post by zXcodeXz
I added the 2w in the triangle with the w+40 on the line and since the w+40 is on a straight line it would add up to 180 that's how I got 3w+40=180


How did you get that 2w2w in the triangle?
Original post by Zacken
How did you get that 2w2w in the triangle?


image.jpgFrom there I hope you can see it
Reply 7
Original post by zXcodeXz
image.jpgFrom there I hope you can see it


the "2w" in your triangle should be 72 from the alternate angles theorem, look a few posts up for the picture I posted.
Original post by Zacken
How did you get that 2w2w in the triangle?


Could you tell me how you would do this please?

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