Yes, the expression ( a.b ) is equivalent to ( ab ). In mathematical notation, the dot (.) typically represents multiplication, so ( a.b ) means ( a \times b ), which can also be written simply as ( ab ). Both expressions represent the same product.
11 + ab is the expression.
The expression is: ab-18
Using the communative property of both addition and multiplication, 11+ab could be rewritten as ab+11, 11+ba or ba+11.
ab increased by 2
a ⊕ b = ab' + a'b
The ab major equivalent of the keyword provided is G major.
[1/(1+Ab)] is the expression for sensitivity...
The output of AB and AB is simply AB, as the logical AND operation between two identical inputs (AB) results in the same input. In Boolean algebra, if A and B are both true, then AB is true; otherwise, it is false. Therefore, the expression AB AND AB does not change the value of AB.
2(ab)
After is one English equivalent of 'ab'. Away fromis another equivalent. Either way, the Latin word 'ab' is a preposition whose object is in the ablative case.
34 is an equivalent expression.
The expression "2c plus ab 3d" can be interpreted as (2c + ab + 3d). To provide a numerical answer, specific values for the variables (a), (b), (c), and (d) are needed. Without those values, the expression remains in its algebraic form.