Engineering Formulas
Technical and engineering calculations require absolute machine-level precision. Practice these essential tools for base-conversions, bit-masking, and complex phasor arithmetic.
Binary Number Base Conversions
Learn how to convert binary numbers in Excel using BIN2DEC, DEC2BIN, and BIN2HEX. Understand the 10-character limit, two's complement, and bit padding cleanly.
Bitand, Bitor & Bitxor Bitwise Logic
Learn how to perform bitwise logic in Excel with BITAND, BITOR, and BITXOR. Mask binary permission flags, test sensor registers, and decode bit status fields.
Complex & Imaginary Number Formulas
Learn how to handle complex numbers in Excel with COMPLEX, IMREAL, and IMAGINARY. Audit electrical engineering AC impedance and signal phase cleanly.
Decimal Base Conversions (dec2hex & Dec2bin)
Learn how to convert decimal numbers to hex, binary, and octal in Excel using DEC2HEX, DEC2BIN, and DEC2OCT. Learn places padding and sign bit limits cleanly.
Hexadecimal Conversions (hex2dec & Hex2bin)
Learn how to convert hexadecimal numbers in Excel with HEX2DEC, HEX2BIN, and HEX2OCT. Decode hardware MAC addresses, memory offsets, and two's complement.
Octal Number Conversions (oct2dec & Oct2bin)
Learn how to convert octal numbers in Excel using OCT2DEC, OCT2BIN, and OCT2HEX. Audit Unix permissions and legacy telecommunication system registers cleanly.
Engineering formulas enable base number system conversions, complex number algebra, and low-level bitwise operations directly within Excel. Convert between binary, octal, decimal, and hexadecimal with BIN2DEC, DEC2HEX, HEX2BIN, and DEC2OCT.
Perform electrical and computational calculations involving imaginary numbers (COMPLEX, IMREAL, IMAGINARY, IMSUM) and bitwise bitmasking (BITAND, BITOR, BITLSHIFT, BITRSHIFT).