Please help using L'hopital's Rule:

Limit as x approaches 0+ x^(-1/2) sin(x)

Question

Please help using L'hopital's Rule:

Limit as x approaches 0+     x^(-1/2)  sin(x)

anonymous · Answer

$$ \lim_{x \rightarrow 0+}   x^{-1/2}  \sin x $$

anonymous · Answer

by direct substitution I got  0/0

anonymous · Answer

then I tried getting the derivatative using the quotient rule, but Im confused by the algebra.,

crashonce · Answer

http://mathworld.wolfram.com/LHospitalsRule.html will this help because apparantly the rule doesnt always work....-_______-

anonymous · Answer

im getting  = 0  from wolfram but i need to understand  how it got there using L'hopitals :S

haseeb96 · Answer

just take the derivative of this given equation and get the answer

anonymous · Answer

okay so when I substituted the 0 back into the derivative I should have put the denominator upstairs

anonymous · Answer

top get  = 0
instead of 1/0

haseeb96 · Answer

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