<u>Markup . . . </u>
-- I buy a cabbage for $1.00 and put it on the shelf in my store.
-- I mark it up 100% . . . I offer it for sale for $2.00
-- I mark it up 200% . . . I offer it for sale for $3.00 .
<u>Markdown . . .</u>
-- I buy a cabbage for $1.00 and put it on the shelf in my store.
-- I mark it down 100% . . . I sell it for zero. (I give it away.)
-- I mark it down 200% . . . I give you $1.00 to take it home with you.
Answer:
Step-by-step explanation:
we know that
If Makeda gets a raise of $1.60 per hour
then
The new hourly rate will be
To find out how much she earn if she worked 22.25 hours
Multiply the new hourly rate by the number of hours
X = -5 and 3
You solve using the quadratic equation by using the formula below where the coefficients of each term are the letters in alphabetical order.
Answer:
Slope (m) = 0.2 and y-intercept (b) = 3.5.
<h3>
Slope represents here the increase in snow 0.2 inches per hour and </h3><h3>y-intercept represents here the initially 3.5 inches snow was there.</h3>
Step-by-step explanation:
We are given weather equation y=0.2x +3.5 for finding the amount of accumulated snow y in inches x hours after 5 P.M. on a certain day.
We need to identify the slope and y- intercept of the graph of the equation .
Let us compare given equation y=0.2x +3.5 by slope-intercept form y=mx+b, we get
Slope (m) = 0.2 and y-intercept (b) = 3.5.
<h3>
Slope represents here the increase in snow 0.2 inches per hour and </h3><h3>y-intercept represents here the initially 3.5 inches snow was there.</h3>