How would you solve this?
>>8394230
Suppose x < 9. Then 5x < 45. Then 5x + 7 < 52. Therefore if 5x + 7 >= 52, then x >= 9.
>>8394230
I'd probably use math.
>>8394237
Thanks, but I was talking about number 7
>>8394244
>number 7
Nigga we can't even see the whole problem.
>>8394244
I mean 6, my bad
bro this is some 6th grade level math
If both triangles are of equal height... and they share a hypoteneuse... they're both... right triangles... and this is Euclidean space... then the answer is obviously pi.
trig logs
>>8394238
Underrated.
Law of sines on triangles RSQ and STQ gives you
RQ / sin(90) = 8 / sin(<SRQ) = 8 / sin(<TRQ)
so that <SRQ = <TRQ and
<TQR = 90 - <TRQ = 90 - <SRQ = <SQR
>>8394230
Dear god I hope you don't mean number six. In that case you just got trolled hard by your textbook, lol. That problem has been proven unsolvable in 1886 by mathematician R. McGuire
>>8394230
Nigga are you dumb
>>8394238
LMAO
aren't they the same triangle????
>>8394346
Proof? Too lazy to Google it
43deg
>>8394472
Look at the picture and try to imagine it as a physical object and you'll realize that you're looking at the corner of a three dimensional. three-faceted pyramid. Later you'll learn that this has to do with the bond angles in its VSPER structure, but that's a subject for another class. At your level, it's acceptable to simply say that the angle is indeterminate, and the proof is trivial.
>OP is this retarded.
>>8394485
good bait
43°, No?
>>8394230
I was kind of being a dipshit before but now I'll be serious.
The angle is 43 degrees because they are equilateral triangles by side-angle-angle association, meaning that two sides and one angle are corresponding.
>>8394746
well yeah duh it's 43 degrees that ones labeled
it's asking about the other one, kike
Try to use rational geometry, it's superior by any means to regular geometry
>>8394230
The proof will depend on the knowledge you can use.
* SQ = QT implies that Q is on the perpendicular bisector of ST. (main property of a perpendicular bisector) (a)
* Pythagora is RQS : SQ^2 + RQ^2 = RS^2
* Pythagora in RQT : QT^2 + RT^2 = RS^2
* SQ = QT, so (1) and (2) make RQ = RT, that is : R is on the perpendicular bisector of ST. (b)
* (a) and (b) yields : if R and Q are on the same straight line, RQ is the perpendicular bisector of ST.
* Let's consider orthogonal symmetry % RQ.
* S(Q) = Q, S(R) = R, S(T) = S, so S(SQRT) = QRS).
* Orthogonal symmetry keeps angles and distances, ≤RQT = ≤RQS = 43°.
>>8394230
The top triangle is a copy paste of the bottom one but flipped.
Also, there is an 8 on both of them, so there should be a hint there. Also the fact that it's a right triangle.
43. You should know this.