The variable expression for "6 times a number p" is written as ( 6p ). This expression represents the product of the constant 6 and the variable ( p ). It can be used to calculate the value when ( p ) is known.
Let the variable be ( x ), representing the number. The expression for the phrase "the quotient of 6 times a number and 16" can be written as ( \frac{6x}{16} ).
y = 4x + 6
The algebraic expression for 5 times a plus 6 times a squared can be written as (5a + 6a^2). In this expression, (5a) represents 5 times the variable (a), and (6a^2) represents 6 times the variable (a) squared.
The variable expression "6 multiplied by w" can be described as "6w" or "six times w." This represents the product of the constant 6 and the variable w.
The variable expression that represents the phrase "the sum of the number of dogs and the 6 cats" is ( d + 6 ), where ( d ) is the number of dogs. This expression adds the number of dogs to the fixed number of cats, which is 6.
Let the variable be ( x ), representing the number. The expression for the phrase "the quotient of 6 times a number and 16" can be written as ( \frac{6x}{16} ).
y = 4x + 6
The algebraic expression for 5 times a plus 6 times a squared can be written as (5a + 6a^2). In this expression, (5a) represents 5 times the variable (a), and (6a^2) represents 6 times the variable (a) squared.
The variable expression "6 multiplied by w" can be described as "6w" or "six times w." This represents the product of the constant 6 and the variable w.
The variable expression that represents the phrase "the sum of the number of dogs and the 6 cats" is ( d + 6 ), where ( d ) is the number of dogs. This expression adds the number of dogs to the fixed number of cats, which is 6.
6w
The variable expression "6w" can be described as a "monomial," which is a single term consisting of a coefficient (6) and a variable (w). It represents the product of the number 6 and the variable w. In algebra, it indicates that the value of the expression changes depending on the value assigned to the variable w.
The variable expression that represents the phrase "the sum of the number of dogs and the 6 cats" is ( d + 6 ). In this expression, ( d ) stands for the number of dogs, and the ( 6 ) represents the number of cats. Thus, the expression calculates the total number of pets by adding the dogs and cats together.
To write the quotient of a number and 6 as an expression, you can represent the number as a variable, such as ( x ). The expression would then be written as ( \frac{x}{6} ). This indicates that the number ( x ) is being divided by 6.
A variable expression for the product of 6 and 3 can be written as ( 6 \times 3 ) or simply ( 18 ). If you want to introduce a variable, you could represent it as ( 6x ) where ( x ) is equal to 3. Thus, the variable expression can also be written as ( 6 \cdot 3 ) or ( 6x ) with ( x = 3 ).
The algebraic expression for "6 more than a number" can be represented as ( x + 6 ), where ( x ) is the variable representing the unknown number. This expression indicates that you take the number ( x ) and add 6 to it.
The product of 6 and a number y can be expressed as ( 6y ). This expression represents the multiplication of 6 by the variable y, which can take on different values.