User Manual

Appendix A: Functions and Instructions 366
min(listA,listB) Returns real or complex list of the smaller of each pair of
elements in listA and listB.
y 9
MATH
1:min(
min(value,list) Returns a real or complex list of the smaller of value or
each list element.
y 9
MATH
1:min(
valueA nCr valueB Returns the number of combinations of valueA taken valueB
at a time.

PRB
3:nCr
value nCr list Returns a list of the combinations of value taken each
element in list at a time.

PRB
3:nCr
list nCr value Returns a list of the combinations of each element in list
taken value at a time.

PRB
3:nCr
listA nCr listB Returns a list of the combinations of each element in listA
taken each element in listB at a time.

PRB
3:nCr
n/d Displays results as a simple fraction.
t ^
1: n/d
or

NUM
D: n/d
nDeriv(expression,
variable,value[,
H])
Returns approximate numerical derivative of expression
with respect to variable at value, with specified H.

MATH
8:nDeriv(
4 n/d 3 4 Un/d
Converts the results from a fraction to mixed number or
from a mixed number to a fraction, if applicable.
t ^
3: 4 n/d 3 4 Un/d
or

NUM
A: 4 n/d 3 4 Un/d
4Nom(effective rate,
compounding periods)
Computes the nominal interest rate.
Π1:Finance
CALC
B:
4Nom(
Normal Sets normal display mode.
† z
Normal
normalcdf(lowerbound,
upperbound[,
m,s])
Computes the normal distribution probability between
lowerbound and upperbound for the specified m and s.
y =
DISTR
2:normalcdf(
normalpdf(x[,
m,s])
Computes the probability density function for the normal
distribution at a specified x value for the specified m and s.
y =
DISTR
1:normalpdf(
F unction or
Instruction/Arguments Result
Key or
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Screen/Item