10-m
The expression for "forty times m" can be written as 40m. In this expression, the number 40 is being multiplied by the variable m. This means that you are taking 40 and multiplying it by whatever value m represents. This expression simplifies to the product of 40 and m.
m+16, is an algebraic expression.
12 - m
It is: m(1-0.25) or as 0.75m
The expression 12m + 12n is equal to 12 times the sum of m and n. This expression cannot be simplified further unless there are like terms that can be combined. If m and n are like terms, then the expression can be further simplified by factoring out the common factor of 12 to get 12(m + n).
m/10
m-10<25
length ≥ 10 m and length ≤ 20 m
10m + 3
The phrase "m minus four" can be used to represent the expression m - 4. Alternatively, you could say "the value of m decreased by four." Both phrases effectively convey the same mathematical operation.
To simplify the expression (10^{-7} - 10^{-6}) m, first, rewrite (10^{-6}) in terms of (10^{-7}): (10^{-6} = 10^{-7} \times 10^1 = 10^{-7} \times 10). Thus, the expression becomes (10^{-7} - 10 \times 10^{-7} = 10^{-7}(1 - 10) = 10^{-7}(-9)). Therefore, the result is (-9 \times 10^{-7}) m or (-9 \mu m).
It is an algebraic expression which cannot be evaluated without information about m.
The expression for m more than 2 is2 + m
An algebraic expression for "6 fewer than m" can be written as ( m - 6 ). This expression indicates that you subtract 6 from the variable ( m ).
If you have a number x, then twice that number is 2*x and so the expression means 42 - 2*x
First, let's simplify the expression step by step. The original expression is ( 3(4 - 2) - 2(m + 5) ). Calculating inside the parentheses gives ( 3(2) - 2(m + 5) ), which simplifies to ( 6 - 2m - 10 ). Finally, combining like terms results in the equivalent expression ( -2m - 4 ).
this is what i think 17 + 3(x) - 25 i don't know if it's right but i m pretty sure that is the right answer