Let x = the number
8x - 10 = 22
3Y - 2 = X + 5 This presumes "a number" and "x" are two separate values. If they are the same number, the equation would be 3X - 2 = X + 5. In this equation, X = 3.5.
The equation is n+(n-7); in order to answer the question with a numerical value you must supply more information.
The relevant expression (not equation) is:2*(n + 8) - 4 or2n + 8 - 4
2x = <4
The equation = 4n-3
Expressed as an equation, this would be equal to 13x - 3.
Expressed as an equation, this would be equal to 4n - 25.
This would just include one number in the question, which would not make a product.
3Y - 2 = X + 5 This presumes "a number" and "x" are two separate values. If they are the same number, the equation would be 3X - 2 = X + 5. In this equation, X = 3.5.
The equation is n+(n-7); in order to answer the question with a numerical value you must supply more information.
The relevant expression (not equation) is:2*(n + 8) - 4 or2n + 8 - 4
3a-6x2
3 less than the product of 9 and a number
2x = <4
The equation = 4n-3
The generic answer is represented by the equation (4 * N) + 50 where N is the number. Some specific answers include: 50 is 50 less than 4 * 0 (N=0) 54 is 50 less than 4 * 1 (N=1) 58 is 50 less than 4 * 2 (N=2) 62 is 50 less than 4 * 3 (N=3) Finding out what is 50 less than the product of 4 and a number suggests an equation with two variables as follows: A - 50 = 4 * B Accordingly, there are an infinite number of solutions to this equation. Solving for A as follows: A = (4 * B) + 50 Now we can solve for A when selecting any B.
To solve this you'll need to write an equation, since you don't know enough information to find an answer. Start with the multiplication part of the equation, which is "the product of a number and 4." This is written as 4x. Then you just need to subtract the 18, giving you 4x-18. Now you can substitute any number in for x and solve to get an answer.