Bøker utgitt av Questing Vole Press

The jargon associated with Microsoft Excel's pivot tables ("n-dimensional cross tabulations") makes them look complex, but they're really no more than an easy way to build concise, flexible summaries of long lists of raw values. If you're working with hundreds (or hundreds of thousands) of rows, then pivot tables are the best way to look at the same information in different ways, summarize data on the fly, and spot trends and relationships. This handy guide teaches you how to use Excel's most powerful feature to crunch large amounts of data, without having to write new formulas, copy and paste cells, or reorganize rows and columns. You can download the sample workbook to follow along with the author's examples.Create pivot tables from worksheet databases.Rearrange pivot tables by dragging, swapping, and nesting fields.Customize pivot tables with styles, layouts, totals, and subtotals.Combine numbers, dates, times, or text values into custom groups.Calculate common statistics or create custom formulas.Filter data that you don't want to see.Create and customize pivot charts.Unlink a pivot table from its source data.Control references to pivot table cells.Plenty of tips, tricks, and workarounds.Fully indexed and cross-referenced.Contents1. Pivot Table Basics2. Nesting Fields3. Grouping Items4. Calculations and Custom Formulas5. Filtering Data6. Charting Pivot Tables7. Tricks with Pivot TablesAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.

The jargon associated with Microsoft Excel's pivot tables ("n-dimensional cross tabulations") makes them look complex, but they're really no more than an easy way to build concise, flexible summaries of long lists of raw values. If you're working with hundreds (or hundreds of thousands) of rows, then pivot tables are the best way to look at the same information in different ways, summarize data on the fly, and spot trends and relationships. This handy guide teaches you how to use Excel's most powerful feature to crunch large amounts of data, without having to write new formulas, copy and paste cells, or reorganize rows and columns. You can download the sample workbook to follow along with the author's examples.Create pivot tables from worksheet databases.Rearrange pivot tables by dragging, swapping, and nesting fields.Customize pivot tables with styles, layouts, totals, and subtotals.Combine numbers, dates, times, or text values into custom groups.Calculate common statistics or create custom formulas.Filter data that you don't want to see.Create and customize pivot charts.Unlink a pivot table from its source data.Control references to pivot table cells.Plenty of tips, tricks, and workarounds.Fully indexed and cross-referenced.Contents1. Pivot Table Basics2. Nesting Fields3. Grouping Items4. Calculations and Custom Formulas5. Filtering Data6. Charting Pivot Tables7. Tricks with Pivot TablesAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.

The jargon associated with Microsoft Excel's pivot tables ("n-dimensional cross tabulations") makes them look complex, but they're really no more than an easy way to build concise, flexible summaries of long lists of raw values. If you're working with hundreds (or hundreds of thousands) of rows, then pivot tables are the best way to look at the same information in different ways, summarize data on the fly, and spot trends and relationships. This handy guide teaches you how to use Excel's most powerful feature to crunch large amounts of data, without having to write new formulas, copy and paste cells, or reorganize rows and columns. You can download the sample workbook to follow along with the author's examples.Create pivot tables from worksheet databases.Rearrange pivot tables by dragging, swapping, and nesting fields.Customize pivot tables with styles, layouts, totals, and subtotals.Combine numbers, dates, times, or text values into custom groups.Calculate common statistics or create custom formulas.Filter data that you don't want to see.Create and customize pivot charts.Unlink a pivot table from its source data.Control references to pivot table cells.Plenty of tips, tricks, and workarounds.Fully indexed and cross-referenced.Contents1. Pivot Table Basics2. Nesting Fields3. Grouping Items4. Calculations and Custom Formulas5. Filtering Data6. Charting Pivot Tables7. Tricks with Pivot TablesAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.

The jargon associated with Microsoft Excel's pivot tables ("n-dimensional cross tabulations") makes them look complex, but they're really no more than an easy way to build concise, flexible summaries of long lists of raw values. If you're working with hundreds (or hundreds of thousands) of rows, then pivot tables are the best way to look at the same information in different ways, summarize data on the fly, and spot trends and relationships. This handy guide teaches you how to use Excel's most powerful feature to crunch large amounts of data, without having to write new formulas, copy and paste cells, or reorganize rows and columns. You can download the sample workbook to follow along with the author's examples.Create pivot tables from worksheet databases.Rearrange pivot tables by dragging, swapping, and nesting fields.Customize pivot tables with styles, layouts, totals, and subtotals.Combine numbers, dates, times, or text values into custom groups.Calculate common statistics or create custom formulas.Filter data that you don't want to see.Unlink a pivot table from its source data.Control references to pivot table cells.Plenty of tips, tricks, and timesavers.Fully indexed and cross-referenced.Contents1. Pivot Table Basics2. Nesting Fields3. Grouping Items4. Calculations and Custom Formulas5. Filtering Data6. Tricks with Pivot TablesAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.

This no-nonsense guide provides students and self-learners with a clear and readable study of algebra's most important ideas. Tim Hill's distraction-free approach combines decades of tutoring experience with the proven methods of his Russian math teachers. The result: learn in a few weeks what conventional schools stretch into months.Teaches general principles that can be applied to a wide variety of problems.Avoids the mindless and excessive routine computations that characterize conventional textbooks.Treats algebra as a logically coherent discipline, not as a disjointed collection of techniques.Restores proofs to their proper place to remove doubt, convey insight, and encourage precise logical thinking.Omits digressions, excessive formalities, and repetitive exercises.Covers all the algebra needed to take a calculus course.Includes problems (with all solutions) that extend your knowledge rather than merely reinforce it.Contents1. A Few Basics2. Exponents3. Polynomials4. Factoring5. Linear & Quadratic Equations6. Inequalities & Absolute Values7. Coordinates in a Plane8. Functions & Graphs9. Straight Lines10. Circles11. Parabolas12. Types of Functions13. Logarithms14. Dividing Polynomials15. Systems of Linear Equations16. Geometric Progressions & Series17. Arithmetic Progressions18. Permutation & Combinations19. The Binomial Theorem20. Mathematical Induction21. SolutionsAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.

This no-nonsense guide provides students and self-learners with a clear and readable study of trigonometry's most important ideas. Tim Hill's distraction-free approach combines decades of tutoring experience with the proven methods of his Russian math teachers. The result: learn in a few days what conventional schools stretch into months.Teaches general principles that can be applied to a wide variety of problems.Avoids the mindless and excessive routine computations that characterize conventional textbooks.Treats trigonometry as a logically coherent discipline, not as a disjointed collection of techniques.Restores proofs to their proper place to remove doubt, convey insight, and encourage precise logical thinking.Omits digressions, excessive formalities, and repetitive exercises.Covers all the trigonometry needed to take a calculus course.Includes problems (with all solutions) that extend your knowledge rather than merely reinforce it.Contents1. A Few Basics2. Radian Measure3. The Trig Functions4. Trig Values for Special Angles5. Graphs of Trig Functions6. The Major Formulas7. Inverse Trig Functions8. The Law of Cosines (and Sines)9. Solutions10. Trig Cheat SheetAbout the AuthorTim Hill is a statistician living in Boulder, Colorado. He holds degrees in mathematics and statistics from Stanford University and the University of Colorado. Tim has written self-teaching guides for Algebra, Trigonometry, Geometry, Precalculus, Advanced Precalculus, Permutations & Combinations, Mathematics of Money, and Excel Pivot Tables. When he's not crunching numbers, Tim climbs rocks, hikes canyons, and avoids malls.