Pure mathematics is, in its way, the poetry of logical ideas. --- Albert Einstein ...Economics is nothing but Mathematics -Dr.Ahsan Abbass...Symmetry is Ornament of Mathematics-Zulfiqar Ali Mir...Law of Nature are But Mathematical Thoughts of God - Euclid (Father of Geometry)...Mathematics is about Number and pattern among these nos.-Sir Zulfiqar A Mir,... Number Theory is Foundation of Mathematics-Sir Zulfiqar Ali Mir

Sunday, 20 July 2014

Muslim Mathematician

Muslim Mathematician

Abu Ja'far Muhammad ibn Musa Al-Khwarizmi

Born: about 780 in possibly Baghdad (now in Iraq)
Died: about 850



This is taken from a stamp from the former USSR


Tuesday, 11 February 2014

Rate (mathematics)

Rate (mathematics)


In mathematics, a rate is a ratio between two measurements with different units. If the unit or quantity in respect of which something is changing is not specified, usually the rate is per unit time. However, a rate of change can be specified per unit time, or per unit of length or mass or another quantity.

A rate defined using two numbers of the same units (such as tax rates) or counts (such as literacy rate) will result in a dimensionless quantity, which can be expressed as a percentage (for example, the global literacy rate in 1998 was 80%) or fraction or as a multiple.


  • An average rate can be calculated using the total distance travelled between a and b, divided by the travel time
  • An instantaneous rate can be determined by viewing a speedometer.
  • Sunday, 9 February 2014

    Minimum Point of a Quadratic Graph

    Minimum Point of a Quadratic Graph

    Differentiating the function and setting its derivative to 0 is the fastest way however if you do not know calculus then an alternate method is to complete the square

    But for any quadratic in the form ax^2 + bx +c, where a, b and c are constants: the lowest point is when 
    x = -b/2a.

    Monday, 9 December 2013

    The Rule of Four

    The Rule of Four

    Mathematics should be expressed in the following four ways:

    1. Algebraically
    2. Numerically
    3. Graphically
    4. Verbally

    In order to understand mathematics holistically, it is important that students connect each concept with the rule of four.

    Click Here

    The beauty of this way of understanding mathematics is that it is so versatile; students can work with information presented in any one way and manipulate that information to find or interpret the information in other ways.

    All students can learn

    Three goals for the students:

    1. Work accurately with basic operations:
    2. Be able to apply basic operations to more complex problems.
    3. Incorporate technology with the goal of higher level mathematics.

    First and foremost my job is to ready my students for the next level of mathematics. Often, the level of mathematics dictates teaching methods.

    When working with college-prep 9th graders in algebra, I focus heavily on a deep understanding of basic operations. The focus is essentially rote learning initially, and then we move to more involved problems. I teach and re-teach the basic skills that students will need to be successful when they reach algebra 2 and tackle the complexity therein.

    When working with students in pre-calculus or calculus, I teach basic ideas fairly quickly and then move to complex applications of knowledge with the use of technology. I expose my students to the most rigorous IB or AP problems I can find or produce and sometimes much of class is spent discussing ideas rather than crunching numbers.


    "In order to understand Math, you must do Math."

    Having too much fun with the graphing calculator!


    "Understanding of math is more than following examples.  It is the conceptual 'why' and 'how' and being able to apply that."

    "The Rule of Three: Every topic should be presented geometrically, numerically and algebraically."


    Tuesday, 20 August 2013

    Quotes on Mathematics

    Quotes on Mathematics

    True beauty is a matter of maths

    MATHEMATICS – The music of reason

    As G H Hardy had aptly put it: “a mathematician, like a poet or a painter is a maker of patterns and that if his patterns are more permanent than theirs, it is because they are made with ideas.” 

    Friday, 28 June 2013

    Expectation and Fair price

    Expectation and Fair price


    A person spins the pointer and is awarded the amount indicated by the pointer. 



    It costs $8 to play the game. Determine: 


    · The expectation of a person who plays the game.


    · The fair price to play the game.

    My work:
    E=P(wins)(amount won)+P(loss)(amount lost)
    E=1/3(-6)+2/3(-8)
    E=1/3*-6/1 + 2/3*-8/1
    E=-2/1+-16/3
    E=-6/3+-16/3
    E=-22/3=7.333
    E=$7.33

    Fair price=expectation + cost of play
    Fair price= 7.33 +8.00
    Fair price= $15.33

    This just doesn't seem right to me, can someone tell me where I went wrong?