Find the derivative of x2– 2 at x = 10.
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Let f (x) = x2 – 2


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Find the derivative of x2– 2 at x = 10.
Let f (x) = x2 – 2


Find the derivative of x at x = 1.
Let f (x) = x
Then,


Find the derivative of 99x at x = l00.
Let f (x) = 99x,
From the first principle,

= 99
Find the derivative of the following functions from the first principle.
(i) x3 – 27
(ii) (x – 1) (x – 2)
(iii) 1 / x2
(iv) x + 1 / x – 1
(i) Let f (x) = x3 – 27
From the first principle,


(ii) Let f (x) = (x – 1) (x – 2)
From the first principle,


(iii) Let f (x) = 1 / x2
From the first principle, we get


(iv) Let f (x) = x + 1 / x – 1
From the first principle, we get


For the function
, prove that f’ (1) =100 f’ (0).


Find the derivative of
for some fixed real number a.

For some constants a and b, find the derivative of
(i) (x − a) (x − b)
(ii) (ax2 + b)2
(iii) x – a / x – b
(i) (x – a) (x – b)

(ii) (ax2 + b)2

= 4ax (ax2 + b)
(iii) x – a / x – b



Find the derivative of
for some constant a.

Find the derivative of
(i) 2x – 3 / 4
(ii) (5x3 + 3x – 1) (x – 1)
(iii) x-3 (5 + 3x)
(iv) x5 (3 – 6x-9)
(v) x-4 (3 – 4x-5)
(vi) (2 / x + 1) – x2 / 3x – 1
(i)

(ii)

(iii)


(iv)

(v)


(vi)


Find the derivative of cos x from the first principle.



