Answer:
Leanne is correct. It is important that g(x) is subtracted from f(x).
Shiloh is incorrect. She subtracted f(x) from g(x), and subtraction isn't commutative.
*Just took the test, got the answer correct!! Hope this helps!
Answer:
<h3>2nd Graph</h3>
Step-by-step explanation:
Explanation:
This is because that you could see that every time x increases, y is being multiplied by 2 every time. Also, the number is being multiplied constantly, so it is considered an exponential table. To tell whether if it is a growth or decay, you need to make sure that your y is multiplying and you start actually getting numbers higher. Therefore, it is the second answer
<em>If you are kind enough, Make sure to give me the brainliest answer! Thanks!</em>
Answer:
B.
Step-by-step explanation:
Time series is a series of data points indexed (listed or graph) in a time order.
Hey there!
For this problem, you'll first want to calculate how much the bill will be including the 20% tip. To convert a percentage to a decimal, take the decimal point to the left two numbers. Remember that 20 is the same thing as 20.0.
20% = 0.2
Next, multiply the amount by that decimal, then add the tip to the total bill.
<span>$52.35 * 0.2 = $10.47 (tip amount)
</span>$52.35 + $10.47 = $62.82 (total including tip)
Now, just divide that by four people to get your final answer.
$62.82 / 4 = $15.705
Because you can't have half of a cent, the problem probably just wants you to round up to $15.71, even though this will make the bill equal to $62.84.
Hope this helped you out! :-)
<h3>
Answer: D) The data repeats every 4 minutes</h3>
Explanation:
The period of a function measures how long a cycle takes. Think of tides on a beach. There's a regular pattern that can be predicted whether its high tide or low tide. Time is often the critical component with the period. Since choice D mentions time and the key term "repeat", this is why it's the answer.
The other values, while useful elsewhere, aren't going to tell us anything about the period. The initial value being 5 doesn't tell us when y = 5 shows up again, and if the function is repeating itself at this point or not. So info about choice A is not sufficient to determine the period. The same goes for choices B and C as well.
