Let us set up an equation, to determine the list price. X represents the original price
.12 * x = 25
In order to solve for X, you must divide .12 from both sides
x = 25/.12
After you divide, you should get the number 208.33
25/.12 = 208.33
So, the original list price is $208.33
Answer:
B. 21x + 40 ≤ 124
Step-by-step Explanation:
Maximum amount budgeted = $124 (this means they can't spend more than this)
x = number of people
Cost per head = $21
Given that Mr Walter already spent $40, which is part of the money budgeted, the number of people that can go canoeing cam be expressed with the following inequality:
21x + 40 ≤ 124
(note: the amount total to be spent will either be equal to or greater than $124, because it's the maximum amount budgeted for spending).
Answer: A 4/16
Step-by-step explanation:
4/16 = 1/4
5/20 = 1/4
To solve this problem, set up and solve a system of equations. The variables b and m will represent a bread loaf and milk jug, respectively:

I would solve using substitution. Take one of the equations and set it equal to one of the variables, for example:

Now, plug this into the other equation for m and solve for b:

We now know that a loaf of bread costs $2.50. Plug this value in for b in the first equation and solve for m:

One jug of milk costs $1.50 and one loaf of bread costs $2.50.
<span>1. </span><span>Jared earns 0.25 vacation days
for every week
=> He also gets 10 paids company holidays
Now, write a verbal model and algebraic expression that will represents to get
the total amount of holidays will Jared gets.
=>0.25 holidays for every week
=> 0.25 (w) , where w represents the number of weeks I a years
=> 10 paid company holidays
so the expression would be:
=> 0.25w + 10
0.25 will be multiplied by the number of weeks in a year, then added with 10
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