The algebraic expression for "2n 4" would be written as "2n - 4" or "2n + (-4)" in more formal terms. The number 4 is being subtracted from the product of 2 and n. This can be simplified to "2n - 4" for easier understanding and manipulation in algebraic equations.
4/c
47< t
The first three terms for the expression 2n-6 are obtained by substituting n with consecutive integers. When n=1, the expression evaluates to -4; when n=2, the expression evaluates to -2; and when n=3, the expression evaluates to 0. Therefore, the first three terms are -4, -2, and 0.
G + 7
Exactly as in the question: 3r-1
i think so...an algebric expression is that which involves algebric terms while an algebric expression is that algebric expression which involve an inequality sign.
4/c
An algebric expression can have any number of terms.
6(4+y)
An expression does not have an equals sign, An equation has an equals sign,
The algebraic expression for "2n plus 4" is simply written as (2n + 4). Here, (n) represents a variable, and the expression combines the term (2n), which signifies two times the variable (n), with the constant (4).
The expression "2n 4" can be interpreted as "2n plus 4." In mathematical terms, it represents a linear expression where "n" is a variable, and you are adding 4 to twice the value of "n." If you meant something different, please provide more context!
I am assuming that 2n is an algebraic expression, and n is limited to positive integer values. The first 4 multiples of 2n are 0 (2n*0), 2n (2n*1), 4n (2n*2), and 6n (2n*3). If you are looking for non-0 multiples, you would also include 8n (2n*4).
Expressed algebraically, this is equal to 4x - 500.
47< t
2(ab)
The algebraic term is: 2m