Numerical Intregation
- 1. NUMERICAL INTEGRATION Welcome to Our Presentation Our PresentationTopic:
- 2. Group Member • Faysal Islam 172-33-3997 • Anas Rahman 172-33-4001 • Sagor Molla 172-33-4223 • Khondakar Towhiduzzaman 172-33-3969 • Ramjanul Islam 172-33-3974 • Faim Foysal 172-33-4074 • Julfiker hayder 172-33-3968 •
- 3. NUMERICAL INTEGRATION • • Integral Calculus - is the branch of calculus which deals with functions to be integrated. • • Integration is the reverse process of differentiation. The function to be integrated is referred to as integrand while the result of an integration is called integral. • •
- 4. NUMERICAL INTEGRATION The Integral symbol is an elongated S - denoting sum, was introduced by Leibniz, who named integral calculus as calculus summatorious. TYPES 1. Definite Integral – defined by the limit values a & b of the independent variable. 2. Indefinite/Primitive Integral – an integral with no restrictions imposed on its independent variable. •
- 5. NUMERICAL INTEGRATION DEFINITE INTEGRAL INDEFINITE INTEGRAL
- 6. NUMERICAL INTEGRATION USES: 1. How to find the Area 2. How to locate the Centroid 3. How to find the Arc Length of a Graph 4. How to find the Surface Area of a Solid 5. How to find the Volume of a Solid Figure 6. How to Solve for the Work Done 7. How to Solve the Moment of Inertia •
- 12. NUMERICAL INTEGRATION ● Describe customer needs and wishes ● Explain the requirements
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- 15. NUMERICAL INTEGRATION ● Summarize the special features and advantages of the product being introduced
- 16. NUMERICAL INTEGRATION ● Explain the steps that now need to be taken
- 29. •Numerical methods is not an elegant subject. It is a lot of technical detail and dirty work. But it is the way we solve most of the real world problems.