differentiate the function

Differentiation of Parametric Functions - If x=f(t) and y=g(t), where x and y are dependant on the independent variable t, thenIf x=f(t) and y=g(t), where x and y are dependant on the independent variable t, then t is called the paramet..

If x=f(t) and y=g(t), where x and y are dependant on the independent variable t, then t is called the paramete..

Any function that satisfies a differential equation is known as the ____ of that differential equation. => General solution or Order or Particular solution or Degree..

The highest order derivative of the unknown function occuring in the differential equation is the ________ of the differential equation => Power or Order or Degree or Particular solution or General solution..

The graph of a continuous, twice differentiable function is given. Which one of the following can be the graph of f ′ ( x )? => Graph A or Graph B or Graph C or Graph D..

Which of the following is correct for a continuous and twice differentiable function f ( x )? => At the point of inflection, the concavity of the curve f ( x ) changes or At the point of inflection, the concavity of the curve f ( x ) does not change or At the point of inflection..

Which of the following is correct for a function that is differentiable at a point x = 3 ? => left hand side derivative = right hand side derivative at x = 3 or left hand side derivative may not be equal to the right hand side derivative at x = 3 or f (3) does not exist or the h..

The graph of a differentiable function f ( x ) is shown . Which of the following is true in the case of f ( x ) ? => f ′ ( x ) < 0 for all x < 0 or f ′ ( x ) < 0 for all x or f ′ ( x ) < 0 for all x > 0 or f ′ ( x ) > 0 for all x..

What is the differential of the function y = 4 x - 5sin x ? => (5 cos x ) dx or (- 5cos x ) dx or (- 4 x 2 + 5cos x ) dx or (ln x + 5cos x ) dx or - ( 4 x 2 + 5cos x ) dx..

The graph of a continuous and twice differentiable function f ( x ) is shown . Which of the following can be the graph of its first derivative f ′ ( x )? => Graph A or Graph B or Graph C or Graph D..