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Limits and Derivatives

Limits and Derivatives. The Idea of Limits. The Idea of Limits. Consider the function. The Idea of Limits. Consider the function. y. 2. x. O. The Idea of Limits. Consider the function. If a function f ( x ) is a continuous at x 0 , then . .

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Limits and Derivatives

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  1. Limits and Derivatives

  2. The Idea of Limits

  3. The Idea of Limits Consider the function

  4. The Idea of Limits Consider the function

  5. y 2 x O The Idea of Limits Consider the function

  6. If a function f(x) is a continuous at x0, then . approaches to, but not equal to

  7. The Idea of Limits Consider the function

  8. The Idea of Limits Consider the function

  9. does not exist.

  10. A function f(x) has limit l at x0 if f(x) can be made as close to l as we please by taking x sufficiently close to (but not equal to) x0. We write

  11. Theorems On Limits

  12. Theorems On Limits

  13. Theorems On Limits

  14. Theorems On Limits

  15. Limits at Infinity

  16. Limits at Infinity Consider

  17. Generalized, if then

  18. Theorems of Limits at Infinity

  19. Theorems of Limits at Infinity

  20. Theorems of Limits at Infinity

  21. Theorems of Limits at Infinity

  22. Contoh - contoh Contoh 1 Contoh 2 Bila f(x) = 13 Contoh 3

  23. Contoh 4 Contoh 5 =(6)(1)=6

  24. Contoh 6 Contoh 7

  25. The Slope of the Tangent to a Curve

  26. The Slope of the Tangent to a Curve The slope of the tangent to a curve y = f(x) with respect to x is defined as provided that the limit exists.

  27. Increments The increment △x of a variable is the change in x from a fixed value x = x0 to another value x = x1.

  28. For any function y = f(x), if the variable x is given an increment △x from x = x0, then the value of y would change to f(x0 + △x) accordingly. Hence there is a corresponding increment of y(△y) such that △y = f(x0 + △x) – f(x0).

  29. Derivatives The derivative of a function y = f(x) with respect to x is defined as provided that the limit exists. (A) Definition of Derivative.

  30. The derivative of a function y = f(x) with respect to x is usually denoted by

  31. The process of finding the derivative of a function is called differentiation. A function y = f(x) is said to be differentiable with respect to x at x = x0 if the derivative of the function with respect to xexists at x = x0.

  32. The value of the derivative of y = f(x) with respect to x at x = x0 is denoted by or .

  33. To obtain the derivative of a function by its definition is called differentiation of the function from first principles.

  34. ContohSoal Jika diketahui, carilah Jawab Carilahkemudiancarilah

  35. Rumus-RumusDiferensial

  36. Contoh - contoh 2. 3.

  37. 4. 5. 6.

  38. 7. misal 8.

  39. 9.

  40. SoalLatihan

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