Answer:
See below.
Step-by-step explanation:
t represents time (probably years).
The population of bobcats can't be negative, so negative values in the range do not make sense.
The function is continuous, but you're probably only looking at discrete values.
Answer:
answer = 3(a +b)
Step-by-step explanation:

Answer:
128 oz
Step-by-step explanation:
Add $0.50 and $0.75 till you get 10
Count the times you added them, which is 8 times (equal)
Then 8 to ounces is 128 oz
Bye, have a great Day/Night :)
Answer:
y = -2x + 3
Step-by-step explanation:
The basic format of slope intercept form is y=mx+b.
y = any "y" value
m = the slope (or rate of change) of the line
x = any "x" value
b = the y-intercept (or the value of "y" when "x" is equal to 0)
Next, look at the graph to see what you know. You know that "y" and "x" will not have a specific value because they are constantly changing as you move along the line. So, y = y and x = x.
The "m" value can be determined by looking at the points where the line crosses on the graph. The first point you can look at is (0,3) because the x-value is 0 and the y-value is 3. The next point you can use is (1,1) because the x-value is 1 and the y-value is also 1. You would then calculate the slope by using the "rise divided by run" tactic. The line goes down by 2 (so the rise is -2). The line "runs" by 1 (so the run is 1). The rise divided by the run is -2. So m = -2.
The b value can be calculated by looking at what "y" equals when x = 0. When x = 0 on this graph, y = 3. So b = 3.
After filling in all of your known information, you should get y = -2x+3 .
Answer:
10 pounds.
Step-by-step explanation:
In this scenario, we can use the Rule of Three to solve for the whole weight of the stew. This rule is used for ratio problems. You simply need to multiply the available diagonal values together and then divide by the remaining value to get the value of the single variable in the ratio. Like so...
40% <=====> 4 pounds
100% <=====> x pounds
(100 * 4) / 40 = x pounds
400 / 40 = x pounds
10 = x pounds
Finally, we can see that the total weight of the stew if she followed the original recipe would be 10 pounds.