no, unless there is more to the equation
6 - 2 + 2 = 6 (subtracting two and then adding it again creates a negation of both, leaving the original value).
Any value of x! Multiplication is commutative, that is, the order of multiplication doesn't matter, so 2x3=3x2, 23x45=45x23, and so on. Hence, 2 times x and x times 2 are the same. Therefore, it doesn't matter what x is!
The expression 2b - c represents the result of subtracting the value of c from twice the value of b. This can also be written as 2 multiplied by the variable b, then subtracting the value of c. The result will depend on the specific values of b and c.
A negative subtracted by a negative results in a value that can be interpreted as adding the absolute value of the second negative. For example, if you have -3 - (-2), it simplifies to -3 + 2, which equals -1. Thus, subtracting a negative number effectively increases the value of the first negative number.
The value of x can be determined by subtracting 6 from 9.
It would equal to zero.
Subtracting a negative integer is the same as adding its absolute value.
1000 subtracted from 750 is equal to -250. This is calculated by taking 750 and subtracting 1000, resulting in a negative value. Thus, 750 - 1000 = -250.
Yes, as no matter how many zeros exist at the end, if no value is at the end that is > 0, then it is equal.
6 - 2 + 2 = 6 (subtracting two and then adding it again creates a negation of both, leaving the original value).
Any value of x! Multiplication is commutative, that is, the order of multiplication doesn't matter, so 2x3=3x2, 23x45=45x23, and so on. Hence, 2 times x and x times 2 are the same. Therefore, it doesn't matter what x is!
Vertical.
0
Range
The range.
The expression 2b - c represents the result of subtracting the value of c from twice the value of b. This can also be written as 2 multiplied by the variable b, then subtracting the value of c. The result will depend on the specific values of b and c.
The value of x can be determined by subtracting 6 from 9.