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
Translate this phrase into an algebraic equation The product of two consecutive multiple of three integers?
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.
Expressed as an equation, this would be equal to 5x - 3. For example, if x = 2, 5x - 3 = (5 x 2) - 3 = 7.
Five times seven equals thirty - five.
Thrice. But after that, it stops, and you have to use terms like, "four times" or "five times."
Nine less than five times a number is equal to -30
Five times 4096 is equal to 20480.
five eighths