The expression "9 9" is ambiguous and doesn't follow standard mathematical notation. If it is meant to represent an operation between the two nines (such as addition, multiplication, etc.), it needs to specify the operation. Without further context, it cannot be evaluated.
0*9*7*2*6 = 9*6*7*2*0
To write the expression for "ten times the result of eleven minus two," you first calculate eleven minus two, which equals nine. Then, you multiply that result by ten. The final expression can be written as: ( 10 \times (11 - 2) ) or simply ( 10 \times 9 ).
9 is one possible expression.
The sum of ( d ) and 9 can be written as the expression ( d + 9 ).
The expression is -9 + 13 + 12
The result of the expression "13 and 25" would be 9. This is because the "and" operator performs a bitwise AND operation on the binary representations of the numbers 13 and 25, which results in 9.
0*9*7*2*6 = 9*6*7*2*0
9 is one possible expression.
The expression "7 more than the product of 6 and 9" can be written as 6 * 9 + 7. First, you calculate the product of 6 and 9 (6 * 9 = 54), then add 7 to get the final result. Therefore, the expression simplifies to 54 + 7 = 61.
Value
Expression.
The sum of ( d ) and 9 can be written as the expression ( d + 9 ).
Without an equality sign the expression given can't be considered to be an equation.
It is (a + 9).
9
The expression is 9*x.
The expression is -9 + 13 + 12