It didnt mention to quote but if you quoted word for word it would have been right

No I didnt quote it didnt ask for it

oh brother I've got an AP US History final tomorrow

I think I should've considered this sooner

<:salut:730846445732888630> good luck

lmao ty ty

Good luck

I’ve got midterms in AP human geography that imma definitely fail

Tomorrow

<:SadPepe:801485397678489660>

life of students are filled with failures

I just cant seem to figure this concept out

I can do normal law of sines with 1 traingle

But 2 triangles is a yikes

Law of Sines 🙈

Do most high school history classes use chicago format for bibliography?

I never had to use it in High School

I used MLA

Have any of yall used calculus irl

No, but if you’re an engineer or something like that, you’d use it all the time

It’s also just good to know the concepts

I have never heard o chicago format. In science we use apa and for everything else it is mla

As an intern over the summer I used calculus on an almost daily basis (But that might be because I am a Economics major and had the internship in a related industry) It is really helpful for finding industry surpluses, elasticity and probability given certain constants.

rip

we're reading animal farm in class next

rip

to figure this out. you could have to do SinA/a = SinB/b

since we are finding b, we will isolate b by cross multiplying to get SinA(b) = SinB(a) and than we divide both sides by a to get SinB by itself and the equation is SinB=(b)SinA/a

once we input our values we have SinB = 0.923103246

now we have to Isolate B and to do that we have B = inverse sin(0.923103246)

our angle B is 67 degrees for quardrent 1

to figure out quadrent 2, we simply subtract 180 from theta. this case B

therefore we have 2 B angles. 112 degrees and 67 degrees.

to find the C angle you just have to subtract 180 from angle A and angle B

180-59-67=54 degrees again with our other angle. 180-59-112=9 degrees

@bohemian52983 I took that last year and loved it, good luck and I know you'll do great!

next we just have to use the sine formula but SinA/a = SinC/c and cross multiply and isolate to get SinC(a)/SinA = c and keep in mind the you have to do this twice with 54 degrees and 9 degrees

I used 54 degrees and got a length of 12.2 9 degrees and got 2.3 which is close enough to 2.2 so the actual answer was d

how the hell does this work

i got 7 but there was no 7

the last answer kills me