'Formula 2' presentation slideshows

FURTHER APPLICATIONS OF INTEGRATION

8. FURTHER APPLICATIONS OF INTEGRATION. FURTHER APPLICATIONS OF INTEGRATION. In chapter 6, we looked at some applications of integrals: Areas Volumes Work Average values. FURTHER APPLICATIONS OF INTEGRATION. Here, we explore:

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FURTHER APPLICATIONS OF INTEGRATION

8. FURTHER APPLICATIONS OF INTEGRATION. FURTHER APPLICATIONS OF INTEGRATION. In chapter 6, we looked at some applications of integrals: Areas Volumes Work Average values. FURTHER APPLICATIONS OF INTEGRATION. Here, we explore:

963 views • 65 slides

FURTHER APPLICATIONS OF INTEGRATION

9. FURTHER APPLICATIONS OF INTEGRATION. FURTHER APPLICATIONS OF INTEGRATION. In chapter 6, we looked at some applications of integrals: Areas Volumes Work Average values. FURTHER APPLICATIONS OF INTEGRATION. Here, we explore:

657 views • 65 slides

FURTHER APPLICATIONS OF INTEGRATION

8. FURTHER APPLICATIONS OF INTEGRATION. FURTHER APPLICATIONS OF INTEGRATION. In chapter 6, we looked at some applications of integrals: Areas Volumes Work Average values. FURTHER APPLICATIONS OF INTEGRATION. Here, we explore:

662 views • 65 slides

CHAPTER 2

CHAPTER 2. THE TIME VALUE OF MONEY. Overview. Using formulae, tables, financial calculators and spreadsheets to determine the: Future Value of: a single sum an annuity Present Value of: a single sum an annuity a perpetuity a growing perpetuity

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APPLICATIONS OF INTEGRATION

6. APPLICATIONS OF INTEGRATION. APPLICATIONS OF INTEGRATION. 6.3 Volumes by Cylindrical Shells. In this section, we will learn: How to apply the method of cylindrical shells to find out the volume of a solid. VOLUMES BY CYLINDRICAL SHELLS. Some volume problems are very

596 views • 37 slides

APPLICATIONS OF INTEGRATION

6. APPLICATIONS OF INTEGRATION. APPLICATIONS OF INTEGRATION. 6.3 Volumes by Cylindrical Shells. In this section, we will learn: How to apply the method of cylindrical shells to find out the volume of a solid. VOLUMES BY CYLINDRICAL SHELLS. Some volume problems are very

480 views • 37 slides

APPLICATIONS OF INTEGRATION

6. APPLICATIONS OF INTEGRATION. APPLICATIONS OF INTEGRATION. 6.3 Volumes by Cylindrical Shells. In this section, we will learn: How to apply the method of cylindrical shells to find out the volume of a solid. VOLUMES BY CYLINDRICAL SHELLS. Some volume problems are very

494 views • 37 slides

DIFFERENTIATION RULES

3. DIFFERENTIATION RULES. DIFFERENTIATION RULES. 3.6 Derivatives of Logarithmic Functions. In this section, we: use implicit differentiation to find the derivatives of the logarithmic functions and, in particular, the natural logarithmic function. DERIVATIVES OF LOGARITHMIC FUNCTIONS.

346 views • 33 slides

Symmetry energy from the Canonical Thermodynamic Model of Nuclear Multifragmentation

Symmetry energy from the Canonical Thermodynamic Model of Nuclear Multifragmentation. Gargi Chaudhuri Variable Energy Cyclotr on Centre India. NuSYM11. MOtivation.

271 views • 26 slides

Evaluation for China L band radiosonde

Evaluation for China L band radiosonde. Dr. LI Wei CMA Meteorological Observation Centre. Distribution on Sites. GTS1-2 & GTS1-2 advanced version. GTS1. RS92 as reference radiosonde. Multiple radiosondes attached on one balloon. Error separating method Principle:

371 views • 19 slides

Evaluation for China L band radiosonde

Evaluation for China L band radiosonde. Dr. LI Wei CMA Meteorological Observation Centre. Distribution on Sites. GTS1-2 & GTS1-2 advanced version. GTS1. RS92 as reference radiosonde. Multiple radiosondes attached on one balloon. Error separating method Principle:

287 views • 19 slides

Basic Structure : Sets, Functions, Sequences, and Sums

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Thermal Energy

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Geometric Series

Geometric Series. Choi 2012. Recall: What is a Series?. A series is the sum of terms of a sequence. The sum of the first n terms in a sequence is denoted as S n. S 5 ? t he sum of the first 5 terms. Geometric Series.

871 views • 8 slides