To evaluate the expression ( 200 - 53 + 2(32 - 1)^2 ), first simplify inside the parentheses: ( 32 - 1 = 31 ). Then calculate ( (31)^2 = 961 ), and multiply by 2 to get ( 2 \times 961 = 1922 ). Now substitute back: ( 200 - 53 + 1922 = 200 - 53 + 1922 = 147 + 1922 = 2069 ). Thus, the value of the expression is ( 2069 ).
The expression "5x plus 12" can be written mathematically as (5x + 12). This represents a linear equation where (5x) is the term involving the variable (x), and (12) is a constant term. If you need to evaluate it for a specific value of (x), you would substitute that value into the expression.
The value of the expression 12(-2) is calculated by multiplying 12 by -2. This results in -24. Therefore, the value of the expression is -24.
The expression "y - x plus 12" can be written mathematically as ( y - x + 12 ). This represents a linear expression where you subtract ( x ) from ( y ) and then add 12 to the result. The final value depends on the specific values of ( y ) and ( x ).
an expression
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).
That will depend on the plus or minus value of 12 which has not been given.
The expression "5x plus 12" can be written mathematically as (5x + 12). This represents a linear equation where (5x) is the term involving the variable (x), and (12) is a constant term. If you need to evaluate it for a specific value of (x), you would substitute that value into the expression.
Negative 12 minus 3 plus 9 is equal to -6
It is 6a + 12, an expression which cannot be evaluated without the value of a.
An expression cannot be solved: only an equation or inequality has solutions.
The value of the expression 12(-2) is calculated by multiplying 12 by -2. This results in -24. Therefore, the value of the expression is -24.
The expression "y - x plus 12" can be written mathematically as ( y - x + 12 ). This represents a linear expression where you subtract ( x ) from ( y ) and then add 12 to the result. The final value depends on the specific values of ( y ) and ( x ).
12 + 200 = 212
an expression
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).
An equivalent expression.
3m + 12