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Graph y = tan ( x ).
Solution
In the case of tangent we need to be careful while plugging x's in since tangent doesn't present wherever cosine is zero (remember that tan x = sin x/ cos x). Tangent will not preent at
x = ........, - 5 ∏/2 , - 3 ∏/2 , - ∏/2 , ∏ /2, 3 ∏/2 , 5 ∏/2 ,........
and at these pts the graph will have asymptotes. Following is the graph of tangent on the range - 5 ∏/2
25 cl=____________L
#31
mulply # fraction
Proof of Constant Times a Function: (cf(x))′ = cf ′(x) It is very easy property to prove using the definition given you a recall, we can factor a constant out of a limit. No
∫1/sin2x dx = ∫cosec2x dx = 1/2 log[cosec2x - cot2x] + c = 1/2 log[tan x] + c Detailed derivation of ∫cosec x dx = ∫cosec x(cosec x - cot x)/(cosec x - cot x) dx = ∫(cosec 2 x
Find The Ratio Of : 2 dozens to a score
how do you workout the value of the missing angle
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Utilizes the second derivative test to classify the critical points of the function, h ( x ) = 3x 5 - 5x 3 + 3 Solution T
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