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P Pankaj Sanodiya
Given As we know, the property, and the property  applying that property we get

P Pankaj Sanodiya
Given, Now, As we know the derivative of any function   Hence, The derivative of f(x) is

P Pankaj Sanodiya
Given, Now, As we know the derivative of any function   Hence, The derivative of f(x) is

P Pankaj Sanodiya
Given, Now, As we know the derivative of any such  function  is given by  Hence, The derivative of f(x) is

P Pankaj Sanodiya
Given, Also can be written as  Now, As we know the derivative of any function   Hence, The derivative of f(x) is  Hence Derivative of the function is

P Pankaj Sanodiya
Given, Now, As we know the derivative of any function   Hence, The derivative of f(x) is  Hence Derivative of the function is  .

P Pankaj Sanodiya
Given, Now, As we know, the property, and the property  applying that property we get

P Pankaj Sanodiya
Given As we know, the property, applying that property we get

P Pankaj Sanodiya
Given  f(x)= x + a As we know, the property, applying that property we get

P Pankaj Sanodiya
Given. Now, As we know, The derivative of any function at x is

P Pankaj Sanodiya
Given. Now, As we know, The derivative of any function at x is

P Pankaj Sanodiya
Given. f(x)=  Now, As we know, The derivative of any function at x is

P Pankaj Sanodiya
Given. f(x)=-x Now, As we know, The derivative of any function at x is

P Pankaj Sanodiya
Given  As we know  the property  Applying this property,

P Pankaj Sanodiya
Given, Now as we know the property  So, applying the property,

P Pankaj Sanodiya
Given, As we know  the property  Applying the property,   Now As we know the quotient rule of derivative, So applying this rule, we get

P Pankaj Sanodiya
Given : Now As we know the quotient rule of derivative, So applying this rule, we get

P Pankaj Sanodiya
Given As we know the property  Applying the property, we get