data:image/png;base64,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KBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==What is the term for looping or repetition?,iterationWhat is the name for the abstraction in a program that can hold a value?,variableWhat kind of variable is available only in the part of the program where it is defined?,local variable