To evaluate the expression (12 + 18 \div 6 - 2), we follow the order of operations (PEMDAS/BODMAS). First, divide (18) by (6) to get (3). Then, the expression simplifies to (12 + 3 - 2). Finally, calculating this gives (12 + 3 = 15) and (15 - 2 = 13). So, the value of the expression is (13).
The expression "5x plus 8" can be represented mathematically as (5x + 8). The value of this expression depends on the value of (x). If you provide a specific value for (x), I can calculate the corresponding value of (5x + 8) for you.
The value expression of 60 minus 20 plus 70 is equal to 110.
It is 25.
The expression "137 plus x" represents the sum of 137 and a variable x. To find the value of this expression, you would need to know the value of x. Without that information, the expression remains as "137 + x."
The expression (a+b) + (a-b) can be rewritten as a + b + a - b = 2a.There is no need to use absolute value.
++ is an operator that increments the operand. The value of the operand in the expression is incremented first if the ++ is before the operand. The value of the operand in the expression is the same value if the ++ is after the operand.
The expression "5x plus 8" can be represented mathematically as (5x + 8). The value of this expression depends on the value of (x). If you provide a specific value for (x), I can calculate the corresponding value of (5x + 8) for you.
The value expression of 60 minus 20 plus 70 is equal to 110.
It is a quadratic expression which when factored is (2y+3)(y+5)
It is 25.
The expression "137 plus x" represents the sum of 137 and a variable x. To find the value of this expression, you would need to know the value of x. Without that information, the expression remains as "137 + x."
The expression (a+b) + (a-b) can be rewritten as a + b + a - b = 2a.There is no need to use absolute value.
110099.1
70
7.7
29
2 + 32 + (-4) = 7