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Introduction to Beamer Ana Hadavi and Eliana Alvarez February 16, - PowerPoint PPT Presentation

Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Introduction to Beamer Ana Hadavi and Eliana Alvarez February 16, 2015 Ana Hadavi and Eliana Alvarez Introduction to Beamer Introduction Columns Inserting


  1. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Introduction to Beamer Ana Hadavi and Eliana Alvarez February 16, 2015 Ana Hadavi and Eliana Alvarez Introduction to Beamer

  2. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Table of Content Introduction 1 Columns 2 Inserting Pictures 3 Math Mode 4 5 Blocks Pictures 6 List 7 Itemize Enumerate Description Overlays 8 Pause Overlay Specifications Ana Hadavi and Eliana Alvarez Introduction to Beamer

  3. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Introduction Beamer is a professional way to display mathematical information to an audience, similar to PowerPoint. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  4. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays To begin a beamer presentation begin with beamer instead of article in the document. For a quick Beamer template click on ”Wizard” then ”Quick Beamer Presentation” Ana Hadavi and Eliana Alvarez Introduction to Beamer

  5. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Using Columns Second Column: You can fill up as First Column: this is sample much text as you text so you can see what want and the ”c” happens as it wraps command will center from top to bottom. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  6. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Inserting Pictures Ana Hadavi and Eliana Alvarez Introduction to Beamer

  7. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Latex Math Mode The area of a triangle with side lengths a , b , c is given by Heron’s formula : � A = s ( s − a )( s − b )( s − c ) , Ana Hadavi and Eliana Alvarez Introduction to Beamer

  8. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Defining Blocks This block would be good for a theorem This is a block Alert Block This is an alert block Example Block This is an example block Ana Hadavi and Eliana Alvarez Introduction to Beamer

  9. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Inserting Pictures The link will point to the frame with the picture Inserting Pictures Ana Hadavi and Eliana Alvarez Introduction to Beamer

  10. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Do not forget to check your work frequently! Ana Hadavi and Eliana Alvarez Introduction to Beamer

  11. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Itemize Itemize Follow the same procedure as with LaTeX to itemize. Start and finish each frame with the itemize command when being utilized. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  12. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Enumerate Enumerate 1 Slope-intercept form 2 Point-slope form 3 Standard form 4 . . . Ana Hadavi and Eliana Alvarez Introduction to Beamer

  13. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Description Description Slope-intercept form Description goes here Point-slope form Description goes here Standard Form Description goes here Ana Hadavi and Eliana Alvarez Introduction to Beamer

  14. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) Ana Hadavi and Eliana Alvarez Introduction to Beamer

  15. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) = ( a + b ) a + ( a + b ) b Ana Hadavi and Eliana Alvarez Introduction to Beamer

  16. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) = ( a + b ) a + ( a + b ) b = a ( a + b ) + b ( a + b ) Ana Hadavi and Eliana Alvarez Introduction to Beamer

  17. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) = ( a + b ) a + ( a + b ) b = a ( a + b ) + b ( a + b ) a 2 + ab + ba + b 2 = Ana Hadavi and Eliana Alvarez Introduction to Beamer

  18. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) = ( a + b ) a + ( a + b ) b = a ( a + b ) + b ( a + b ) a 2 + ab + ba + b 2 = a 2 + ab + ab + b 2 = Ana Hadavi and Eliana Alvarez Introduction to Beamer

  19. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Pause Pause ( a + b ) 2 = ( a + b )( a + b ) = ( a + b ) a + ( a + b ) b = a ( a + b ) + b ( a + b ) a 2 + ab + ba + b 2 = a 2 + ab + ab + b 2 = a 2 + 2 ab + b 2 = Ana Hadavi and Eliana Alvarez Introduction to Beamer

  20. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  21. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  22. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  23. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  24. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  25. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Overlay Specifications Quadratic Equation y = Ax 2 + Bx + C. Ana Hadavi and Eliana Alvarez Introduction to Beamer

  26. Introduction Columns Inserting Pictures Math Mode Blocks Pictures List Overlays Overlay Specifications Any question we may be able to answer? Ana Hadavi and Eliana Alvarez Introduction to Beamer

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