Answer:
- Finding the radix of a number
(211) x =(6A)16
The hexadecimal notation on the right is equated to a number with an unknown radix.
Converting the hexadecimal to decimal number system,
Where A in hexadecimal is 10
Converting the unknown radix number to decimal
Using the quadratic equation to obtain the roots where a=2, b=1, and c=-105
The value of x is either x=7 or x=7.5
The final value for the unknown is x=7
This is a C++, CPP, or C value for 2989 in decimal
The value is 298910
- 58810into a 3-base number
Dividing consistently the decimal number by 3
Decimal value
|
Remainder
|
588
|
0
|
196
|
1
|
65
|
2
|
21
|
0
|
7
|
1
|
2
|
2
|
Reading the remainder values from bottom-up,
2102103
- A word size of 6 bits.
- Ones complement
Largest positive (3110): 0111112
Smallest negative (-3110): 1000002
Largest positive (3110): 0111112
Smallest negative (-3210): 1000002
- Logic diagram of a circuit which does have the same function output with only two logic gates instead of five.
The expression formed at the output Q from the inputs A, B, C is The above expression is simplified to as shown below,Therefore, the resulting simplified equation is given as,The simplified equation requires, three inputs A, B, C and two 2-input AND gates.
- Boolean algebra simplification Following the Boolean algebra identities The result of the first two terms simplification is AB.The other two terms were The final expression is, therefore.
According to the laws of Boolean Algebra, as long as there is a high, the output is a high. When both inputs are low, the output is low. This is the complement rule of the OR operator.