A.
Encode the following decimal
fractional value to binary floating point notation using the 8-bit
floating-point format.
·
-3.5
A. Decode
the following 8-bit floating point binary value to decimal fractional value.
·
00101100
Hint: Use the following 8-bit floating-point notation to convert
these values.
Perform the binary addition on the
following decimal numbers:

8
and 92 7
The logical operations (AND, OR, NOT, and XOR etc.) discussed in the
video lessons can be combined to perform some specific operations. Two such
operations (circuits) are depicted in the first column “Circuits” of the following
table. You are required to determine the output of each of the following circuits for the input
values given in column 2 and column 3.
Circuits |
What would be the output when the upper input is 1
and the lower input is 0? |
What would
be the output when upper input is 0 and the lower input is 1? |
INPUTS OUTPUT |
|
|
INPUTS OUTPUT |
|
|
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