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Description: Returns the complementary ERF function integrated between x and infinity.
Syntax: ERFC(Lower_limit)
Lower_limit is the lower bound for integrating ERF.
Remarks:
Lower_limit must be numerical and nonnegative.
Where Lower_limit = x:
When used in a RENO flowchart, Lower_limit must evaluate to a numerical value. It can include:
Numerical values
Standard operands (+, -, *, /)
Predefined mathematical functions (exp, log, sin, etc.)
References to any analysis workbooks
Example:
Get the complementary ERF function of 1, ERFC(1) = 0.1573
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