8m
it is written as x-o.8
(2/3)k
The algebraic expression for 11 minus the product of 5 and a number can be written as 11 - 5x, where 'x' represents the unknown number.
It's a bit hard to understand your question; I assume you mean a quarter of the difference between a number and 7. Let's call that number x, then the algebraic expression is 1/4 |x - 7| Where the | symbols represent the absolute value or modulus of the expression between them, which always gives you a positive number. Imagine the 1/4 is written with the 1 over 4 like it would usually be. For x = 3, you get 1. Otherwise if you want to allow negatives, you can say 1/4 (x - 7) which for x = 3 gives you -1.
An algebraic statement is an algebraic expression or an algebraic equation written in words.
Twice the difference between a number and thirteen can be written as 2 (b - 13) Five more than twice the difference between a number and thirteen can be written as 2 (b - 13) + 5. The algebraic expression is 2 (b - 13) + 5.
If the algebraic expression can be written in the form of a(x)/b(x) where a(x) and b(x) are polynomial functions of x and b(x) ≠0, then the expression is a rational algebraic expression.
The algebraic expression for "6 more than the difference of b and 5" can be written as (b - 5) + 6. This expression first calculates the difference between b and 5 by subtracting 5 from b, then adds 6 to the result. This can also be simplified as b + 1, as subtracting 5 and adding 6 cancels out to adding 1.
The differnce between a verbal model and a algebraic model is that a verbal model is an equation written in words and a algebraic model is solving the equation from the verbal model.
It is an algebraic expression written in an unconventional form.
8m
it is written as x-o.8
what us the algebraic expression for 359 more than Z
6*abs(b - p) which can also be written as 6*|b - p|
Can be written as 5 x N or 5N
(2/3)k