User`s guide

35@
p=
0.1760326634
Result: 0.1760326634
.Pressing @ or @ retums to the x input screen.
To calculate binomial probability for the sample data pO, 11, 12, 13,
14}when N=15 and p=0.6
[
UList 2tVar
I!2ID ~ III (DIST)t!I (Binomial PO)
Display the List Screen:
(])(List) I ~I~I.'~ IBlOC!
.To specify data using parameter format, press rn(Var).
"
il.JuI.'S I BlOC!
10@11@12@13@14@
B
. "
@' lnomial PD:N?
B
.
"
15@' lnomial PD:p?
0.6@
"
'
1
_
I
Q~?~s'
l
BlOC!
2 II 0.12&'1
:I Ii! a.D&33
10
"
~
I
x 1~
I
D~B~33
1
BlOC!
5 I"~
Results:
x = binomial probability of 10 0.18594
x = binomial probability of 11 0.12678
x = binomial probability of 12 0.063388
x = binomial probability of 13 0.021942
x = binomial probability of 14 4.7018 x 10-3
.Pressing @ retums to the N input screen. Pressing @ retums to the List
Screen (input data samples are stored).
Note .The following cannot be used in the distribution calculations:
Pol, Rec, +R, J. d/dx. .When data is specified using parameter tormat,
calculation resulls are stored in Ans memory. .An error message appears
if the input value is outside the allowable range. "ERROR" will appear in the
E-49
Ans column of the List Screen when the value input for the corresponding
sample data is outside the allowable range.
.1Jj;i~t~fiij:1i..!U$ =",::""..2:=C1' .-1
Your calculator comeswith 40 built-in scientific constants that can be used in
anymode besides BASE-N. Each scientific constant is displayed asa unique
symbol (such as tt), which can be used inside of calculations.
To input a scientific constant into a calculation, press
lID IZ)(CONST)and
then input the two-digit number that corresponds to the constant you want.
"To input the scientific constant Co(speed of light in a vacuum), and
display its value
@IIDIZ)(CONST)
CONSTANT
Number 01--40?
L_]
m Malll..
rnf1)(Co)@ ,CO
299792458
1
"To calculate Co= {£;ii'. Em
m
MllftA
o
@~ 1~~IIDIZ)(CONST)lIIrn(€o)
1
~~~"o
lIDIZ)(CONST)III III(,uo)@ 299792458
The following shows the two-digit numbers for each of the scientific
constants.
o
E.50
01: (mp) proton mass
02; (mn) neutron mass
03; (me) electron mass
04; (mp) muon mass
05: (ao)Bohr radius
06: (h) Planck constant
07: (,uN)nuclear magneton 08: (,uB) Bohr magneton
09; (tl) Planck constant,
10; (ex)fine-structure constant
rationalized
11: (re) classical electron radius 12; (Ac)Compton wavelength
13: (w) proton gyromagnetic ratio
14: (Acp)prolon Compton
wavelength
15: (Acn) neutron Compton
16; (R) Rydberg constant
wavelength
17: (u) atomic mass constant
18; (,up)proton magnetic
moment
19: (,ue)electron magnetic moment
20: (,un)neutron magnetic
moment
21; (,up) muon magnetic moment 22; (F) Faraday constant