pp.002 1.1.1 2^67-1
147,573,952,589,676,412,927 - F. Cole
pp.007 1.2.1 10/3
3.33333
pp.009 1.2.2 %, %%, %%%, etc...
Previous result, result before that, and so on, and so on
pp.010 1.2.2 expr//N or N[expr]
Asking for in decimal value "Number" will reduce from a fraction
pp.011 1.2.2 Add sub divide power
+ - / ^

pp.011 1.2.2 Multiply
Normal space between two characters eg. a b
pp.011 1.2.2 π e i ∞
Pi, E, I, Infinity
pp.010 1.2.2 a=value
Assign a value for a
pp.010 1.2.2 a
Show the value of a
pp.010 1.2.2 a=.
Clear the value of a

pp.012 1.2.3 Square Root
Sqrt[z] or z^(1/2)
pp.012 1.2.3 Exponential Function
Exp[z] or E^z
pp.012 1.2.3 Absolute Value
Abs[z]
pp.014 1.3.0 All built-in Names
Begin With A Capitol Letter
pp.014 1.3.0 Arguements
Give in only Square Brackets []

pp.014 1.3.0 Grouping Items
Parantheses ( )
pp.014 1.3.0 Lists
Curley braces { }
pp.014 1.3.0 User created Names
User created names should begin with a lower case letter.
pp.014 1.3.0 User created Names
Cannot begin with a Number


Arguements, In traditional mathematical notation, parentheses are used for two purposes: for arguements and for grouping terms. Mathematica avoids this ambiguity by using different notation for these two purposes: square brackets for arguements and parentheses for grouping. For example, if we write, instead of the correct form Sin[π/3], what you see below, we get a wrong result:

    Sin(π/3)     
πSin 2


Mathematica interprets the expression according to its standard rules: Sin is a variable by which we want to multiply Pi/3 Here is the correct command:

    Sin[π/3]     
√32


pp.016 1.3.0 Sin (π/3)
πSin/3 incorrect
pp.016 1.3.0 Sin[π3/2]
√3/2
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