0100
7/15 in decimal form = 0.4666...7/15:= 7 ÷ 15= 0.4666... in decimal
7/8: = 7 ÷ 8 = 0.875 in decimal
7/250 as a decimal is 0.028
7 tenths as a decimal is 0.7
7/4 as a decimal is 1.75
In order to convert decimal to gray code use an array of int containing either a one or a zero at each position. A BitArray could also be used and might be a better choice.
BCD refers to Binary Code Decimal there are no diagrams it is just a numbers system GRAY code is a means to make one reliable state to change at a time eliminating false coding because of transitions in counters and such
characteristic of Gray code
BCD-BinaryCodedDecimal->Binary equivalent of each decimalexpressed using 4 bits->For single digit decimal BCD is same as its binary.In BCD only first 10 binary numbers are valid.The remaining 5 are invalid. Gray code is an unweighed code. ex: G3=B3 G2=G3 XOR B2 G1=G2 XOR B1 G0=G1 XOR B0
One disadvantage of Gray code is that it is not as intuitive for human understanding compared to binary code. Another drawback is that Gray code is not as efficient in terms of mathematical operations, such as addition and subtraction, compared to binary code. Additionally, Gray code requires more bits to represent the same range of values as binary code, which can result in increased complexity and storage requirements.
The Gray Code is a type of binary code developed by a programmer named Frank Gray. Gray code is a binary numeral system that differ than normal binary code, and is used widely to detect errors in software.
7 as a decimal is 7.0. 7 percent as a decimal is 0.07.
The airport code for Gray Army Airfield is GRF.
The Code of Marcia Gray was created on 1916-03-16.
A self complementing code is one thats 9's complement in decimal is the 1's complement in binary.Ex: The 9's complement of 7 is 2 in decimal. In 2421 code, and .
7% in decimal:7% ÷ 100% = 0.07 in decimal
The gray code for the decimal number 6 in four-bit format is 1011. To convert from binary to gray code, the most significant bit (MSB) remains the same, and each subsequent bit is derived by XORing the current bit with the previous bit in the binary representation. The binary representation of 6 is 0110, which converts to gray code as follows: 0 (MSB), 1 (0 XOR 1), 1 (1 XOR 1), 1 (1 XOR 0), resulting in 1011.