Project 2
... The classical quadratic formula is fine if one is doing exact arithmetic of real numbers. For our discussion, we’ll think of a real number as being a decimal number an infinite number of places beyond the decimal point. Computers cannot represent such numbers with exact precision; they can only appr ...
... The classical quadratic formula is fine if one is doing exact arithmetic of real numbers. For our discussion, we’ll think of a real number as being a decimal number an infinite number of places beyond the decimal point. Computers cannot represent such numbers with exact precision; they can only appr ...
Document
... 1. The same value can be added to both sides 2. The same value can be subtracted from both sides 3. The same non-zero value can be multiplied on both sides of the equation 4. The same non-zero value can divided on both sides of the equation ...
... 1. The same value can be added to both sides 2. The same value can be subtracted from both sides 3. The same non-zero value can be multiplied on both sides of the equation 4. The same non-zero value can divided on both sides of the equation ...
