Lec4-alu - ECE Users Pages - Georgia Institute of Technology
... all 0s is smallest exponent all 1s is largest bias of 127 for single precision and 1023 for double precision summary: (–1)sign x (1fraction) x 2exponent – bias (a.k.a. a normalized number – because of the 1 for scientific ...
... all 0s is smallest exponent all 1s is largest bias of 127 for single precision and 1023 for double precision summary: (–1)sign x (1fraction) x 2exponent – bias (a.k.a. a normalized number – because of the 1 for scientific ...
Comparing and Ordering Fractions - Mendenhall-Jr-PLC
... • This tells us which one is greater than (>) or less than (<). To do this, multiply the numerator in the first fraction by the denominator in the second fraction (2 x 4). Write the product above or below the first fraction. Then multiply the numerator in the second fraction by the denominator of th ...
... • This tells us which one is greater than (>) or less than (<). To do this, multiply the numerator in the first fraction by the denominator in the second fraction (2 x 4). Write the product above or below the first fraction. Then multiply the numerator in the second fraction by the denominator of th ...
Document
... Divide Algorithm Version 2 start: place dividend in remainder 1. shift remainder left 1 bit 2. sub. divisor from the remainder and place the result in remainder 3. test remainder 3a. if remainder >= 0, shift quotient to left setting the new rightmost bit to 1 3b. if remainder <0, restore the origina ...
... Divide Algorithm Version 2 start: place dividend in remainder 1. shift remainder left 1 bit 2. sub. divisor from the remainder and place the result in remainder 3. test remainder 3a. if remainder >= 0, shift quotient to left setting the new rightmost bit to 1 3b. if remainder <0, restore the origina ...
