52
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" 3x + 5 " does.
5n - 7
4(x + 5)
The algebraic expression for "five more than three times some number" is 3x + 5, where x represents the unknown number.
The expression is 42/23
(25^2)•(5^3)
The expression x squared minus x can be simplified by combining like terms. This results in x^2 - x = x(x - 1), where x^2 represents x squared and x represents x to the first power. This expression represents a quadratic equation in factored form, where x and x-1 are the factors.
5n - 7
" 3x + 5 " does.
You can use the formula for factoring the difference of two squares in this case.
4(x + 5)
Five squared is 25
(3t + 1)(t + 5)
It is "a squared minus eighteen b".
Oh, dude, that's like basic math, right? So, 2x squared plus x squared is just 3x squared. It's like adding apples to apples, but with math. Easy peasy lemon squeezy!
The algebraic expression for "five more than three times some number" is 3x + 5, where x represents the unknown number.
The expression x squared plus x can be simplified as x^2 + x. This is a quadratic expression with a leading coefficient of 1. It represents a polynomial with two terms, a quadratic term (x^2) and a linear term (x).