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(
(
FALSE( )
Acts as a logical value for testing. to substitute for a more complicated
condition.
EXP
(N)
Calculates e (2.7182818 .... the base of the natural. or Napierian. logarithm)
raised to the power ofN. This is the inverse function of
LN.
Use the
exponentiation operator (') to calculate the powers of other bases.
Examples:
EXP(2.30258)
FIXED(EXP(l),14)
Example:
Result:
Results:
9.9999491 (10 if the number is rounded)
2.71828182
IF(RICI,"TRUE"."NOT TRUE")
NOT TRUE (ifRICI contains FALSE())
(
(
(
(
I
(
~
(
194
IF (L,
THEN value, ELSE value)
If the logical (L) is true, the THEN value appears. Otherwise. the ELSE
value appears. Values can be numeric, text. or logical.
If you include 2 subscripts. separated by commas, the area can be
rectangular. The subscripts define the row and column in the area. starting
at I in each case. If any index exceeds the limits of the area,
#
N/ A
appears.
FIXED
(N,
digits)
Converts N to text that has the fixed-number of decimal digits specified. as
in Fix of the Format Cells command. Digits must be an integer between 0
and 30. If N is negative. Multiplan places a minus sign
H
before the left
digit. If digits is negative, Multiplan rounds to the left of the decimal point.
{
(
(
(
(
(
(
(
(
(
(
(
\
(
(
(
(
(
t
FIXED ((3/17)* I00,2 )
&"
percent"
17.65 percent
IF (grade
=
100. "Perfect Paper !", grade)
Perfect Paper! (if grade equals 100)
97 (actual grade if less than 100)
Example:
Result:
Result:
Example:
Result:
INDEX (area, subscripts)
Returns the value of the cell defined by subscripts from the rectangular
area. Include I or 2 subscripts. With I subscript, the area must be part of
one row or column. If the value of the first subscript is I, the first cell in the
row or column is returned. if the value is 2, the second cell is returned, and
so forth.
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