1 | Defines the increasing and decreasing functions with tangent and normal equation. |

2 | Defines the increasing and decreasing functions with tangent and normal equation. |

3 | Calculates the limit of indeterminate states by using derivative. |

4 | Calculates the limit of indeterminate states by using derivative. |

5 | Defines asymptotes with maximum and minimum of functions. |

6 | Defines asymptotes with maximum and minimum of functions. |

7 | Explains the curve drawings. |

8 | Explains the curve drawings. |

9 | Solve engineering problems by using derivative. Calculates approximate using differential. |

10 | Solve engineering problems by using derivative. Calculates approximate using differential. |

11 | Define concepts of set and number sets. Explain the concepts of identity, equation and inequality. |

12 | Define concepts of set and number sets. Explain the concepts of identity, equation and inequality. |

13 | Defines the properties of functions and functions. |

14 | Defines the properties of functions and functions. |

15 | Defines trigonometric, inverse trigonometric and hyperbolic functions, Partial functions and specially defined functions (absolute value, exact value, sign functions). |

16 | Defines trigonometric, inverse trigonometric and hyperbolic functions, Partial functions and specially defined functions (absolute value, exact value, sign functions). |

17 | Explains the concept of limit and makes limit calculation with limit definition. Prove the rules used for limit calculation. |

18 | Explains the concept of limit and makes limit calculation with limit definition. Prove the rules used for limit calculation. |

19 | Defines right and left sided limits. He knows vague situations. |

20 | Defines right and left sided limits. He knows vague situations. |

21 | Defines the concept of continuity in functions and knows types of discontinuity. |

22 | Defines the concept of continuity in functions and knows types of discontinuity. |

23 | Explain the concept of derivative and make derivative calculations with the definition of derivative. Provides the rules of derivation with the definition of derivative. |

24 | Explain the concept of derivative and make derivative calculations with the definition of derivative. Provides the rules of derivation with the definition of derivative. |

25 | Defines the derivative of trigonometric and inverse trigonometric functions, exponential and logarithmic functions, hyperbolic and inverse hyperbolic functions. |

26 | Defines the derivative of trigonometric and inverse trigonometric functions, exponential and logarithmic functions, hyperbolic and inverse hyperbolic functions. |

27 | Calculates higher order derivatives. The parametric equations describe the derivatives of the given functions. Explain the derivative of closed functions. |

28 | Calculates higher order derivatives. The parametric equations describe the derivatives of the given functions. Explain the derivative of closed functions. |