Rigorously speaking, they are added and submitted arithmetically.
Promoting arithmetic to be equivalent to mathematics is somewhat akin to promoting the learning of the alphabet to be equivalent to reading the entire works of Shakespeare. Arithmetic is there to stop you from being fleeced in the supermarket, maths is a set of modelling tools for describing reality. Another bad habit on the increase. Tut!
Having got that off my chest. : )
110011100 -
101101100
----------------
000110000
For future reference, all numeric bases expressed in the Arabic Sanskrit numeral system conform to the prototype:
d X B ^ n-1
Where (given that the units column is always column 1 and the fractionals are columns numbered 0,-1,-2 and so on) for each digit D in the number, starting from the right, the value of the digit is
d (Column value) times B (base denominator) raised to the power n-1 (column number minus one)
Which means that arithmetical operations are the same regardless of the numeric base.
Binary Numbers that can be added and subtracted.
-90000.101
Yes, all vectors can be added or subtracted.
To find what -145 subtracted from 77 is, you can express it mathematically as 77 - (-145). This simplifies to 77 + 145, which equals 222. Therefore, -145 subtracted from 77 is 222.
The numerator is whats being subtracted or added when you are subtracting or adding a fraction
For the employee - it will be added to his/her net income For the employer - it will be subtracted from their net income
if two forces act in same direction they r added and if they act in opposite direction they r subtracted
Only like terms can be added or subtracted. 10m and 1s cannot be added; but divided, 10 m/s becomes a velocity.
resultant
Yes.
The commutative property basically states that numbers can be added or subtracted in any order.
Forces can be added or subtracted when they act in the same or opposite directions, respectively, on an object. When forces are added, their magnitudes combine to produce a net force on the object. When forces are subtracted, their magnitudes are compared to determine the resultant force acting on the object.