Casio FX-795P - Binary conversion of decimals and hexadecimals; Hexadecimal conversion of binaries and decimals; Decimal conversions of binaries and hexadecimals; Displays upper order bit during binary operation

80
CHAPTER
4
Built-in
Softwsre
Utilities
S&B
t
4
ed
Binary
conversion
of
decimals
and
hexadecimals
Hexadecimal
conversion
of
binaries
and
decimals
Decimal
conversions
of
binaries
and
hexadecimals
Displays
upper
order
bit
during
binary
operation
Displays
lower
order
16
bit
during
binary
operation
New input
e
Arithmetic
Operation
Example:
Perform
the
following
calculations.
@100610n—11018
@F32Du+-Cu
@ 10110018 + 11008
@2ACuX 1Bu
(B
indicates
binary
and
H
indicates
hexadecimal.)
Operation:
(Specifies
binary
input.
)
anmMeaewes
input)
(Specifies
addition.)
NEA) ee
(Numeric value
10110018
+
11008
=
11001018
is
obtained.
(Binary input mode)
ABAWe)ee
HAaBSegH#BaO
input)
(Specifies subtraction.)
TENT ee)
(Numeric value
100010B
-
11018
=
101018
is
obtained.
(Software menu)
(Specifies hexadecimal)
AHDAABSSE
(Specifies multiplication.)
(Ble)
Hat-Come-
‘Heud
Sim*Hexbin
(Aes)
(Numeric
value
input)
@
2ACH
X
1BH
=
48248
is
obtained.
ANRE®
(Specifies division)
exe)
(Hexadecimal input mode)
SE} Dee) (Numeric value input)
4-6 Binary, Decimal and Hexadecimal Operations
@ F32Du + CH = 1443H is obtained.
©
Logical
Operation
Example:
Calculate the following by.denoting A as 110101B and Bas 101111B.
@ A ORB (Logical sum)
@ A AND B (Logical product)
@ A XOR B (Exclusive logical sum)
@ NOT A (Negation)
Operation:
Je g_o
(0) (Specifies OR.)
NAVE
®
@
© (Binary input mode)
7
A) (Specifies AND.)
TBaMMADes
@ A XOR B= 100101B is obtained.
(Specifies binary input.)
TEM Eine (Numeric value
input)
AOR B= 1111118 is obtained.
MEME Mee Numeric value
inpu
aN?
81