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The algebraic expression for 5 times a plus 6 times a squared can be written as (5a + 6a^2). In this expression, (5a) represents 5 times the variable (a), and (6a^2) represents 6 times the variable (a) squared.
"Fourteen and seven tenths squared" refers to the mathematical expression (14.7)². It means multiplying 14.7 by itself, which results in 216.09. This expression represents the area of a square with each side measuring 14.7 units.
" 3x + 5 " does.
5n - 7
One half of ( n ) squared can be expressed mathematically as ( \frac{1}{2} n^2 ). This represents half the value of ( n ) multiplied by itself.
The algebraic expression for 5 times a plus 6 times a squared can be written as (5a + 6a^2). In this expression, (5a) represents 5 times the variable (a), and (6a^2) represents 6 times the variable (a) squared.
(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.
"Fourteen and seven tenths squared" refers to the mathematical expression (14.7)². It means multiplying 14.7 by itself, which results in 216.09. This expression represents the area of a square with each side measuring 14.7 units.
" 3x + 5 " does.
5n - 7
You can use the formula for factoring the difference of two squares in this case.
Five squared is 25
One half of ( n ) squared can be expressed mathematically as ( \frac{1}{2} n^2 ). This represents half the value of ( n ) multiplied by itself.
(3t + 1)(t + 5)
4(x + 5)
In the algebraic expression (8xz^2), the coefficient is the numerical factor that multiplies the variables. Here, the coefficient is (8). This means that the expression represents (8) times the product of (x) and (z) squared.