Cost subtracted by the amount of money Bobbi has.
$3.75 - $0.75 = $3.00
Still has to pay $3
Can also look at it like $0.75 - $3.75 = -$3
doesn't have the $3 to pay for the rest of the bandanna
B. $3.00 deficit<span />
Answer:
4x + 12
Step-by-step explanation:
(x+3)×4
(x×4) + (3×4)
4x + 12
Answer:
We select the option c.

Step-by-step explanation:
<u>Best Fit Regression Model</u>
Scientists often wonder if there is a relationship between the variables under study. It's a vital matter in modern times where artificial intelligence technology is struggling to find answers where traditional approaches hadn't before.
The most-used tool to find relations between variables is the regression model and its best fit lines to try to find an expression who relates variable x (years from 1960) and variable y (minimum wage requirement) as of our case.
The data was entered into a digital spreadsheet and an automatic function was applied to find the best-fit model.
The automated tool's output was this equation:

That can be rounded to three decimals

We select the option c.
Your problem statement needs a bit of correction:
"<span>Y= -16t^2 +400, where t represents the number OF SECONDS after the camera is dropped. How long will it BE before Kay sees the splash from the camera hitting the water?"
Set y = -16t^2 + 400 = 0. We assume that 400 and 0 represent feet (English system).
Then 16t^2 = 400, and so 25 = t^2. Only the positive square root makes sense here, and that root is 5 (seconds).</span>
I wonder why they teeth look like that and them