Answer:The answer is -3 and 3. You can do this by using a graphing calculator and plugging in the equation.
3(4)(-2)(8) is what the equation looks like all you have to do is multiply all these numbers so 3 times 4 equals 12 and 12 times -2 equals -24 then lastly multiply -24 by 8 which gives you the product of -192.
Answer:
Feature 1- Statement A, Feature 2-Statement 2, Feature 3- Statement 1
Take a look at the diagram below.
This problem looks like a great candidate for using the Law of Cosines.
If you know two sides, you can find the third side from the angle opposite or vice versa. Should the sides be a, b, and c, and their opp. angles A, B, and C...
a² + b² - 2ab(cosC) = c²
Let's plug in what we know...a = 55, b = 25, and m<C = 25".
55² + 25² - 2(55)(25)(cos(25")) = c²
One thing to note is that our angle measure is in <em />seconds. Unless you're using Google's built in calculator, you'll wind up having to convert to degrees. 60 seconds in a minute, 60 minutes in a degree...blahblahblah.
Anyways, cos(25") comes out to be practically 1. (0.99999993)
Let's get evaluating.
3025 + 625 - 2750(1) = c²
3025 + 625 - 2750 = c²
900 = c²
30 = cThe tree is
30 meters from the fence post.
Answer:
9 shots
Step-by-step explanation:
This is a box and whisker plots. They are formatted like this:
The two dots on the end are the minimum value and the maximum value. (2 is the minimum, 16 is the maximum).
The two ends of the box are the quartiles. (1st quartile is on the left, 3rd is on the right)
And in the middle, where the line cuts through, that is the median of the data set (aka the 2nd quartile).
We can see that the line cutting through the box is on the point 9, meaning the median is 9.
Hope this helped!