addend

Add up leftover digits for each addend until one digit is reached.

Obviously, the first addend is at most .

In each addend, cross out all 9's and pairs of digits that total 9, then add together what remains.

Place the augend 3748 in the first row, and the addend 289 in the second.

In fact, during the Renaissance, many authors did not consider the first addend an "addend" at all.

Nine of the properties are single temperature-independent values, mostly estimated by a simple sum of group contribution plus an addend.

The rods in the augend change throughout the addition, while the rods in the addend at the bottom "disappear".

And if you choose the multiplier and the addend correctly, that 32 bits will jump all over the place until it comes back to the original one.

In modern times, the ADD instruction of a microprocessor replaces the augend with the sum but preserves the addend.

A term is an addend or a summand, a group of coefficients, variables, constants and exponents that may be separated from the other terms by the plus and minus operators.

For example, one can represent the first addend (3) on one's left hand by raising three fingers, and then do the same with four fingers on the right hand, and then count up the number of fingers that are raised.

The output carry of each block is dependent on the input carry only if, for each of the n bits in the block, at least one addend has a 1 bit (see the definition of carry propagation at Carry-lookahead adder).