Answer:
the answer is the side length of ab and db
<span>There are most likely a few outliers, with the rest of the data close to the mean.
The standard deviation is an indication of how "wide" the peak of the graph is. Since we have a very large range, that means that the values cover a very large range. But since the standard deviation is small, that means that most of the values are extremely close to the average (or mean) of the values. With that in mind, let's look at the options and see what fits.
The distribution is very flat with a gradual increase in frequency as the numbers approach the mean.
* This would have a rather large standard deviation since most of the values would be a fair distance from the mean. So this is a bad choice.
There are most likely a few outliers, with the rest of the data close to the mean.
* This is a very accurate description of the situation. So it's the correct choice.
You can't really know anything about the distribution's shape without actually seeing it, or having more data.
* This is a cop out and quite wrong. Therefore this is a bad choice.
The distribution is essentially normal or bell shaped.
* This is what is usually expected, but since we have a small standard deviation, the curve is more definitely NOT bell shaped. So this is a wrong choice.</span>
So if you are going to buy 5 socks you need to multiply 5 x $4.00 and you get 20.00.
If he buys 2 pairs of shoes for 28.00 you multiply it by 2 and get 56.00.
Then you add 56.00 and 20.00 and get 76.00.
Answer:
No he can not buy to pairs of shoes and 5 pairs of socks because he needs $1 to pay it all.
Answer:
8.142857days
Step-by-step explanation:
Keenan--> 18.70+32.2x
Hannah--> 41.5+29.4x
18.7+32.2x=41.5+29.4x
2.8x=22.8
x=22.8/2.8=8.142857