JavaScript provides various properties and methods to deal with Numbers and Maths. Let us have a quick look at those:

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  Numbers Properties:
  
  
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    MAX VALUE — The maximum numeric value that JavaScript can represent.
  
  
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    NaN — The "Not-a-Number" value is NaN.
  
  
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    NEGATIVE INFINITY – The value of Infinity is negative.
  
  
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    POSITIVE INFINITY – Infinity value that is positive.
  
  
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    MIN VALUE — The smallest positive numeric value that JavaScript can represent.
  
  
  
  


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  Numbers Methods:
  
  
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    toString() — Returns a string representation of an integer.
  
  
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    toFixed() — Returns a number's string with a specified number of decimals.
  
  
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    toPrecision() — Converts a number to a string of a specified length.
  
  
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    valueOf() — Returns a number in its original form.
  
  
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    toExponential() — Returns a rounded number written in exponential notation as a string.
  
  
  
  


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  Maths Properties:
  
  
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    E — Euler's number is E.
  
  
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    SQRT1_2 — 1/2 square root
  
  
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    SQRT2 stands for square root of two.
  
  
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    LOG2E — E's base 2 logarithm
  
  
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    LN2 — The natural logarithm of 2 is LN2.
  
  
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    LN10 — The natural logarithm of ten is LN10.
  
  
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    LOG10E — E's base ten logarithm
  
  
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    PI — PI stands for Pianistic Integer.
  
  
  
  


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  Maths Methods:
  
  
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    exp(x) — Ex's value
  
  
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    floor(x) — x's value rounded to the nearest integer.
  
  
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    log(x) — The natural logarithm (base E) of x is log(x).
  
  
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    abs(x) — Returns the value of x in its absolute (positive) form.
  
  
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    acos(x) — In radians, the arccosine of x.
  
  
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    asin(x) — In radians, the arcsine of x.
  
  
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    pow(x,y) — x to the power of y
  
  
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    random() — Returns a number between 0 and 1 at random.
  
  
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    round(x) — Rounds the value of x to the nearest integer.
  
  
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    sin(x) — The sine of x is sin(x) (x is in radians)
  
  
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    sqrt(x) — x's square root
  
  
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    tan(x) — The angle's tangent
  
  
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    atan(x) is the numeric value of the arctangent of x.
  
  
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    atan2(y,x) — Arctangent of its arguments' quotient
  
  
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    ceil(x) — x's value rounded to the next integer
  
  
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    cos(x) – The cosine of x is cos(x) (x is in radians)
  
  
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    max(x,y,z,...,n) — Returns the highest-valued number.
  
  
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    min(x,y,z,...,n) — The number with the lowest value is the same as the number with the highest value.