32 - 9x = 7
Therefore, 9x = 32 - 7
9x = 25
x = 25/9
x = 2.7 recurring (that is, 2.7777...)
To write the product of a number and thirty-two, you simply multiply the number by thirty-two. For example, if the number is 5, the product would be 5 multiplied by 32, which equals 160.
Let the number be x and so if 32 -9x = 140 then the value of x is -12 Check: 32 -9*(-12) = 140
Nine times thirty-seven minus two hundred ninety is equal to 43.
The English expression "the product of two and a number minus eleven" can be mathematically represented as ( 2x - 11 ), where ( x ) represents the unspecified number. It indicates that you first multiply the number by two and then subtract eleven from that product. This expression captures both multiplication and subtraction in a concise form.
negeative 64
To write the product of a number and thirty-two, you simply multiply the number by thirty-two. For example, if the number is 5, the product would be 5 multiplied by 32, which equals 160.
Let the number be x and so if 32 -9x = 140 then the value of x is -12 Check: 32 -9*(-12) = 140
Nine times thirty-seven minus two hundred ninety is equal to 43.
The English expression "the product of two and a number minus eleven" can be mathematically represented as ( 2x - 11 ), where ( x ) represents the unspecified number. It indicates that you first multiply the number by two and then subtract eleven from that product. This expression captures both multiplication and subtraction in a concise form.
fourteen
-10
negeative 64
2 x 4 - x = 7x
The product is also a whole number. If the (number of positive factors) minus the (number of negative factors) is zero or an even number, then the product is positive. Otherwise the product is negative.
95
7-2x>3x+32 x>-5
The English expression "the product of two and a number minus eleven" can be mathematically represented as ( 2x - 11 ), where ( x ) is the variable representing "a number." This expression indicates that you first multiply the number by two and then subtract eleven from the result. It effectively combines multiplication and subtraction in a single algebraic statement.