When do we use L'hospital's rule to solve limits?
When direct substitution gives 0/0 or ∞ /∞
what is the derivative of arcsin(x)?
1/√(1-x2)
T or F : loga(Δ□) = Δ loga(□)
False (loga(□)Δ = Δ loga(□))
T or F : eln(2x+3) = 1
False (=2x+3)
ℓimx↦0(-sinx/2x)
-1/2
What is the derivative of arctan(□ )?
1/√(1+□ 2) · □'
Simplify log4 (2x16-x2)
(x/2) - 2x
ln(e) = ?
1
ℓimx↦π(tan(2x)/(x-π))
2
limx→0 Arcsin(x)/Arctan(x)
d/dx log4(2x+1) , at x=0
2/ln4
4ln(x+2)
4/(x+2)
ℓimx↦π((1+cosx)/sin2x)
0
d/dx (sin (2Arcsinx) ) , at x=0
2
differentiate: log2(√ x+1)
1/ (2ln2(x+1))
ln(x3+3) at x=1
3/4
ℓimx↦0 ((2cosx-2+x2)/3x4)
1/36
what is the derivative of Arccsc(x)?
-1/(|x|√x2-1)
differentiate: log4(x3+x+1)
(3x2+1)/ln4(x3+x+1)
differentiate: ex/logx
ex(xlogx-1)/x(logx)2