10 + (n/-2) = 3
If a sentence uses "more than", it is referring to addition. If it says "the quotient of ____ and ____", then it is the first number divided by the second one. "Is" is the same as "equals".
5
The quotient of the sum of a number and three, and four is seven
To find the number whose quotient with five is thirty-three, you can set up the equation ( \frac{x}{5} = 33 ). Multiplying both sides by five gives ( x = 33 \times 5 ). Thus, ( x = 165 ). Therefore, the number is 165.
3x + 5 = 33 - 4 (which is true when x = 8)
The algebraic expression for three subtracted from a number can be represented as ( x - 3 ), where ( x ) is the variable representing the unknown number.
3a-6x2
3+ 6/n
n + 2n = 3n
2x - 16 = 3x/18
The algebraic equation for the given statement can be expressed as: (2a + 3 > 49). This represents that when you take twice the unknown number (a) and add three, the result is greater than forty-nine.
5
The quotient of the sum of a number and three, and four is seven
the quotient of twice a number and six is.... 2x/6 four less than three times the same number is .... 3x-4 So the equation would be 2x/6=3x-4
Let's represent the number as (x). The phrase "Eight less than five times a number" can be translated to (5x - 8), and "is seven more than the number" can be translated to (x + 7). Therefore, the algebraic equation representing the given phrase is (5x - 8 = x + 7).
To find the number whose quotient with five is thirty-three, you can set up the equation ( \frac{x}{5} = 33 ). Multiplying both sides by five gives ( x = 33 \times 5 ). Thus, ( x = 165 ). Therefore, the number is 165.
3x + 5 = 33 - 4 (which is true when x = 8)
SRY THE Q IS HOW CAN YOU WRITE AND SOLVE: Twenty four is three less than one-third of a number.?