So this statement is an equation whose left side contains the sum of (5) and (twice g), and the right side contains only 23.
2g + 5 = 23
3
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).
Six times a number minus five is less than twice the number plus ten. 6 * n - 5 < 2 * n + 10 6n - 5 < 2n + 10 4n - 5 < 10 4n < 15 n < 15/4 This statement will hold true for all n < 15/4
It could be: 5*90 = 5
15
3
y2-12=5x is an equation. When graphed, it is a parabola.
"Five Times the Difference" implies multiplying five by an operation of subtraction so you would represent it by using parentheses: 5(number - number). "Twice a number" means you are multiplying an unknown number, X, by 2. So you represent this as 2x. The equation now looks like: 5(2x - 14) "Is negative ten" basically means "Is Equal to -10." The final equation should look like: 5(2x - 14) = -10 Solve using distribution and combining like terms.
It is the equation W = 2n + 5.
Three times five equal 15 all u need to do is count by five 5,10,15
Well, you may do the equation 5x=10 and x would equal 2. Two times Five equals ten/ It is called an algerbraic expression.
Thrice. But after that, it stops, and you have to use terms like, "four times" or "five times."
Expressed as an equation, this would be equal to 5x - 3. For example, if x = 2, 5x - 3 = (5 x 2) - 3 = 7.
It is: 819.2 times 5 = 4096
Twice, with a remainder of 1
Twice with a remainder of five
five eighths