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Mathematics Dictionary
Dr. K. G. Shih

Figures

  • Link to | Pattern Sketch Program
  • Link to | Floral patterns of mathematical functions.
  • Link to | Mathematics Dictionary : Algebra, trigonometry, geometry, etc.


  • Q00 | - F500 : Introduction
  • Q01 | - F501 : R = sec(p*A/1)^M
  • Q02 | - F502 : R = sec(p*A/2)^M
  • Q03 | - F503 : R = sec(p*A/3)^M
  • Q04 | - F504 : R = sec(p*A/4)^M
  • Q05 | - F505 : R = 1 + 1*sec(p*A/1)^M
  • Q06 | - F506 : R = 1 + 1*sec(p*A/2)^M
  • Q07 | - F507 : R = 1 + 1*sec(p*A/3)^M
  • Q08 | - F508 : R = 1 + 1*sec(p*A/4)^M
  • Q09 | - F509 : R = 1 + 2*sec(p*A/1)^M
  • Q10 | - F510 : R = 1 + 2*sec(p*A/2)^M
  • Q11 | - F511 : R = 1 + 2*sec(p*A/3)^M
  • Q12 | - F512 : R = 1 + 2*sec(p*A/4)^M
  • Q13 | - F513 : R = 1 + 4*sec(p*A/1)^M
  • Q14 | - F514 : R = 1 + 4*sec(p*A/2)^M
  • Q15 | - F515 : R = 1 + 4*sec(p*A/3)^M
  • Q16 | - F516 : R = 1 + 4*sec(p*A/4)^M
  • Q17 | - F517 : R = 2 + 1*sec(p*A/1)^M
  • Q18 | - F518 : R = 2 + 1*sec(p*A/2)^M
  • Q19 | - F519 : R = 2 + 1*sec(p*A/3)^M
  • Q20 | - F520 : R = 2 + 1*sec(p*A/4)^M
  • Q21 | - F521 : R = 2 + 3*sec(p*A/1)^M
  • Q22 | - F522 : R = 2 + 3*sec(p*A/2)^M
  • Q23 | - F523 : R = 2 + 3*sec(p*A/3)^M
  • Q24 | - F524 : R = 2 + 3*sec(p*A/4)^M
  • Q25 | - F525 :

  • Answers


    Q01. Figure 501 : R = sec(p*A/1)^M

    Diagram and references
    • R = sec(p*A/1)^M p = 1,3,5,7,9,11 and M = 1,2,3
    • More pattern : Go to begin and click sketch tool

    Go to Begin

    Q02. Figure 502 : R = sec(p*A/2)^M

    Diagram and references
    • R = sec(p*A/2)^M p = 1,3,5,7,9,11 and M = 1,2,3
    • More pattern : Go to begin and click sketch tool

    Go to Begin

    Q03. Figure 503 : R = sec(p*A/3)^M

    Diagram and references
    • R = sec(p*A/3)^M p = 1,3,5,7,9,11 and M = 1,2,3
    • More pattern : Go to begin and click sketch tool

    Go to Begin

    Q04. Figure 504 : R = sec(p*A/4)^M

    Diagram and references
    • R = sec(p*A/4)^M p = 1,3,5,7,9,11 and M = 1,2,3
    • More pattern : Go to begin and click sketch tool

    Go to Begin

    Q05. Figure 505 : R = 1 + 1*sec(p*A/1)^M

    Diagram and references

    Go to Begin

    Q06. Figure 506 : R = 1 + 1*sec(p*A/2)^M

    Diagram and references

    Go to Begin

    Q07. Figure 507 : R = 1 + 1*sec(p*A/3)

    Diagram and references

    Go to Begin

    Q08. Figure 508 : R = 1 + 1*sec(p*A/4)^M

    Diagram and references

    Go to Begin

    Q09. Figure 509 : R = 1 + 2*sec(p*A/1)^M

    Diagram and references

    Go to Begin

    Q10. Figure 510 : R = 1 + 2*sec(p*A/2)^M

    Diagram and references

    Go to Begin

    Q11. Figure 511 : R = 1 + 2*sec(p*A/3)^M

    Diagram and references

    Go to Begin

    Q12. Figure 512 : R = 1 + 2*sec(p*A/4)^M

    Diagram and references

    Go to Begin

    Q13. Figure 513 : R = 1 + 4*sec(p*A/1)^M

    Diagram and references

    Go to Begin

    Q14. Figure 514 : R = 1 + 4*sec(p*A/2)^M

    Diagram and references

    Go to Begin

    Q15. Figure 515 : R = 1 + 4*sec(p*A/3)^M

    Diagram and references

    Go to Begin

    Q16. Figure 516 : R = 1 + 4*sec(p*A/4)^M

    Diagram and references

    Go to Begin

    Q17. Figure 517 : R = 2 + 1*sec(p*A/1)^M

    Diagram and references

    Go to Begin

    Q18. Figure 518 : R = 2 + 1*sec(p*A/2)^M

    Diagram and references

    Go to Begin

    Q19. Figure 519 : R = 2 + 1*sec(p*A/3)^M

    Diagram and references

    Go to Begin

    Q20. Figure 520 : R = 2 + 1*sec(p*A/4)^M

    Diagram and references

    Go to Begin

    Q21. Figure 521 : R = 2 + 3*sec(p*A/1)^M

    Diagram and references

    Go to Begin

    Q22. Figure 522 : R = 2 + 3*sec(p*A/2)^M

    Diagram and references

    Go to Begin

    Q23. Figure 523 : R = 2 + 3*sec(p*A/3)^M

    Diagram and references

    Go to Begin

    Q24. Figure 524 : R = 2 + 3*sec(p*A/4)^M

    Diagram and references

    Go to Begin

    Q00. Introduction

  • Star patterns are given in these pages
  • These patterns are also available in sketch program
  • Star patterns are graphs of R = a + b*sec(p*A/q)^M
  • These patterns are also available in sketch program
    • Section 03 : R = sec(p*A/q)^M
    • Section 08 : R = 1 + 1*sec(p*A/q)^M
    • Section 09 : R = 2 + 4*sec(p*A/q)^M
    • Section 10 : R = 4 + 2*sec(p*A/q)^M

    Go to Begin

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    Copyright © Dr. K. G. Shih, Nova Scotia, Canada.

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