In binary, if the right-most bit, or least significant digit, is “On,” then the decimal result is always an odd number.
true or false?
In binary, if the least significant digit, is “On,” then the decimal result is always an odd number In binary, if the right significant digit, is “On,” then the decimal result is always a negative number
False
In binary, if the right-most bit, or least significant digit, is “On,” then the decimal result...
(1) The digit of a binary number that has the lowest weight is called the Least Significant Bit. True False (2) Decimal floating-point numbers usually take the form of scientific notation. True False
Let a3a2a1a0 and b3b2b1b0 be 4-bit binary number, where a3 and b3 are the most significant bits and a0 and b0 are the least significant bits. Write a boolean formula that evaluates to true if a3a2a1a0 > b3b2b1b0, and false otherwise. Python. Submit a formula. You must use variables a3, a3, a2, a1, b3, b2, b1, b0 in the formula
Convert the decimal -1234 to16-bit binary and 4-digit hexadecimal
P7.16. What range of decimal integers can be represented by a. three-bit binary numbers; b. three-digit octal numbers; c. three-digit hexadecimal numbers?
Decimal numbers are you dead by using the digit to the right of the digit where rounding is to occur. True or false?
Construct a "divisible-by-3" FSM that accepts a binary number entered one bit at a time, most significant bit first, and indicates with a light if the number entered so far is divisible 6. A. Draw a state transition diagram for your FSM indicating the initial state and for which states the light should be turned on. Hint: the FSM has 3 states. B. Construct a truth table for the FSM logic. Inputs include the state bits and the next bit...
If the decimal value, 30, is shifted to the right by 1 bit position, what will be the result when represented with 10-bits? Note: Your answer in binary should contain only 1 and 0 characters. Result in binary: Result in decimal:
___ True ___ False Please justify your answer. This 4 bit binary addition will result in overflow. 0110 + 0111
Design a circuit that will subtract 1 from a 4-bit binary number (A3A2A1A0) if the number is odd, and do no change if the number is even. Use half or full adders in your design. (Info: The number A3A2A1A0 is odd if the last binary digit A0 is 1.) (Info: subtracting 1 is the same as adding -1.)
EXERCISE 3 Binary-coded decimal (BCD) is a binary encoding of decimal numbers where each decimal digit is represented by its corresponding four-bit binary value, as shown in the following table Table 1 BDC Encoding 0 0 0 0 If one needs to sum two BDC digits, two 4-bit binary adders can be combined, as shown in Figure 1 4-bit adder 0 out 4-bit adder Figure 1 BDC Digit Adder Table 1 outlines the relationship between KounZs-o and CouS3-a Note that...