Numeracy


Important Numeracy Skills For Everyone



 
Numeracy
 
  1. Statistics: The Basics of Statistical Distributions
  2. Perimeter and Circumference
  3. Calculating Area
  4. Basics of Three-Dimensional Shapes: Polyhedrons, Curved Solids, and Surface Area
  5. 3D Shape Nets: Polyhedrons, Curved Solids, and Applications
  6. Calculating Volume: Understanding and Examples
  7. Area, Surface Area, and Volume Reference Sheet
  8. Graphs and Charts: Basics
  9. How to Present Data Effectively
  10. Averages: Mean, Median, and Mode
  11. Simple Statistical Analysis
  12. Types of Data in Statistical Analysis
  13. Statistics: The Basics of Correlations
  14. Curved Shapes
  15. Statistics: Significance and Confidence Intervals in Statistics
  16. Statistics: Developing and Testing Hypotheses
  17. Statistics: Multivariate Analysis
  18. Introduction to Algebra
  19. Algebra: Simultaneous and Quadratic Equations
  20. Introduction to Trigonometry
  21. How To Calculate Probability
  22. Non-Probability Sampling
  23. The Basics of Simple Set Theory
  24. Statistics: How to Calculate P-Value
  25. Statistics: How To Calculate a Correlation Coefficient
  26. Statistics: Milestone Trend Analysis
  27. Understanding Decimals
  28. Numbers: An Introduction to Numeracy
  29. Special Numbers and Concepts
  30. Systems of Measurement: Understanding Imperial and Metric Systems
  31. Common Mathematical Symbols and Terminology
  32. Addition Basics
  33. Subtraction Basics (?)
  34. Multiplication Basics
  35. Basics of Division 'รท'
  36. Positive and Negative Numbers: Basics
  37. Understanding BODMAS (Order of Operations)
  38. Basic Mental Math Hacks
  39. Basics of Fractions
  40. Real-World Maths: The Importance of Basic Numeracy
  41. Understanding Ratios and Proportions
  42. Basics of Percentages
  43. Important Percentage Calculations
  44. Percentage Change: Increase and Decrease
  45. Calculating with Time
  46. Estimation, Approximation, and Rounding
  47. Basics of Geometry: Points, Lines, Planes, and Dimensions
  48. Cartesian Coordinate Systems: Basics
  49. Polar, Cylindrical, and Spherical Coordinates
  50. Basics of Angles
  51. Properties of Polygons
  52. Simple Transformations of 2-Dimensional Shapes