–112.84 – 54.14 – (–29.18) = <span>−<span>137.8
Your answer is A. </span></span><span>−<span>137.8
Hoped I helped!</span></span>
From the distribution, it seems as though the digits at fairly even frequencies, though we can test our intuition by doing a few calculations.
The mean (or average) frequency can tell us quite a bit here, and we can calculate it by adding together all of the frequencies and then dividing by the number of frequencies (in this case, 10, since we have 10 digits)
Doing that, we find
(1 + 4 + 5 + 7 + 4 + 5 + 2 + 3 + 5 + 5)/10 = 41/10 = 4.1
When we divide the number of digits (40) by 4.1, we find it equals roughly 10, which means that, *on average*, each of the 10 digits appeared about 4 times. With this knowledge in hand, it wouldn’t be too out-there to suggest that this distribution is going to tend to even out more and more as we continue to add further decimal approximations of π
Answer:
The answer is option 4.
Step-by-step explanation:
In the number line above, G lies at point 3 and F lies at point -1.5. In order to find the distance between F and G, you need to subtact F from G :
Answer:
B | 6
Step-by-step explanation:
First, find the length of the wire by finding the perimeter of the rectangle
2(5) 2(7) = 24
If a square has 4 sides, put 24 as the numerator and 4 as the denominator.
24/4
Now, divide it and you'll get 6, the answer.
<span>y = x^2 - 44x - 55
y' = 2x - 44
At p = (33, -8)
y' = 66 - 44 = 22
The slope of the curve at this point is 22 units per unit of time.</span>