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| X = A |style="background-color: #cceeff; font-size: x-small" "|INPUT

...lues is true only whenever both values are true. It is written as $xy$ or $x \cdot y$. The values of ''and'' for all possible inputs is shown in the fo !<math>\ \ \ \ x\ \ \ \ </math>

def Fibonacci(x):   if (x <= 1) return x

\dot{x} & = \sigma(y-x) \\ \dot{y} & = \rho x - y - xz \\

The following sequence of steps illustrates converting $X=\left(AB-{C\over{D}}\right)^E$ from infix to prefix: !(X = (((A * B) - (C / D)) ↑ E))

!<math>x</math> ! '''not''' <math>x</math>

of N, what is the final value of X which is computed? Express X as an algebraic

...or will occur); (CDR x) returns the list without its first element (again, x must be a list). The function CONS takes two arguments, of which the secon ...ent of the list x; (CAADDAR x) is a shorthand for (CAR (CAR (CDR (CDR (CAR x))))), and so on.

|abs(x) - absolute value, sqrt(x) - square root, int(x) - greatest integer <= x ...me a character at position x of A is the same as the character in position x of string T. There are 5 such positions: 1, 2, 3, 4, and 5.

...er been pushed on it, or if all elements have been popped off of it), then X is given the special value of NIL. An analogy to this is a stack of books ...er been pushed on it, or if all elements have been popped off of it), then X is given the special value of NIL. A good physical analogy of this is the

Here is a drawing of an FSA that is used to parse strings consisting of x's and y's: ...hine in state C. The FSA above will accept strings composed of one or more x’s followed by one or more y’s (e.g., xy, xxy, xxxyy, xyyy, xxyyyy).

A ''path'' from vertex x to y in a graph is a list of vertices, in which successive vertices are con ...can be used in a path that goes from x to y but not necessarily from y to x. For example, a directed graph similar to our example graph is drawn below

Solve for $x$ where $x_{16}=3676_8$. ...base 10, and then convert that number into base 16 to yield the value of $x$.

| \1 || '''Contents of Group 1.''' || r(\w)g'''\1'''x || regex