ye but also u can't use all of f(x) <= 1 anyway so u need to choose either x<-1 or -1<x<0 or 0<x<1 and looking at the actual equation given the -1<x<0 is the one where an inverse exists?
am I horrendously wrong
75-45, so it came to an angle of 30 degreesHow did you guys go about finding the angle in projectile?
I found dy/dx on the cartesian equation at the x-coord for A, then used angle between two lines with y=-x. Got 45° tho
It is attachedCan someone post the full paper
Yeah I got -1<x<1, so I got Aye but also u can't use all of f(x) <= 1 anyway so u need to choose either x<-1 or -1<x<0 or 0<x<1 and looking at the actual equation given the -1<x<0 is the one where an inverse exists?
am I horrendously wrong
Thansk heapsIt is attached
is A correct? just want to confirm because I got A as wellI got A for mc10
Yeah A is correct. I also checked on wolfram alpha, and we’re good yayis A correct? just want to confirm because I got A as well
Yep k=14 is correctguys for the binomial is it k = 5 or k = 14, since the question asks for which k for x^k = x^k + 1.
Plugging the expression into a calculator to expand gives that x^14 = x^15.
So is k = 14 the only correct answer here?
HECK TO THE YEAYeah A is correct. I also checked on wolfram alpha, and we’re good yay![]()
Oh shit you're right.Is it just me, or did anyone else notice that the projectile motion question asked to not only find the distance OA, but also the point A?