Yeah.
Even so in the last video we have done two basic analyses in the first one.
We had the number of schools involved per state like California has the maximum there.
Then we have done a small analyses in which we found that each state has maximum number of funding spa
projects like if any state have ten project then how many fundings the projects are getting like when
is getting under.
Second is getting two hundred then which has the maximum number of funding but project.
And we found that this bombing has 130 funding spark project in that state.
The number of projects have a level there is something different from that one.
Now in this video we are going to do some mathematical analyses like finding the maximum minimum mean
median and the twenty five point seventy five percent days of donations.
So this time we just need the donation amount which is present in the data for.
You can also just use donations but I'm going to prefer data for here.
So first for me this one is very easy for you.
I believe you have to just use the name P methods like and or mean and hear positive values like data
for and then pass the index there.
That is donation amount in form of string because this one is a just element and after that here we
have this one mean value but one more thing that we are going to do here that is if you do this thing
and print the mean shifted then you will get this thing.
But in some cases we have some empty values there.
So we will use drop and the matter to drop the old null values at that value.
So if you shifted on this thing this time we have the same output but in some cases like we have some
empty values and that will also be counted.
So to prevent that one use drop any matter it just use a one statement but provide you from us.
After that we will use and be the median for counting the median that is NPD median
and then again plus this complete statement it is here we have this one.
After that we require percentiles
and we will use and B don't fuss and die and B is also a plus in diameter.
That is just NPD with percent percentile then pass the same values to that one also including the percentiles.
You need to calculate like if I need to calculate quantified then just twenty five.
But here I need to calculate two.
So I will pass a list containing those two like twenty five point seventy five.
After that we have minimum and maximum values that is mini mum.
And that will be first.
I will use data for and notified any method here.
We can just simply do donation amount and then don't group any here just past don't mean and Max for
D like for minimum.
We have mean and full maximum.
Just copy this one pasted here and choose this one into Max so that we can have a maximum value.
Also the sum maximum
maximum allotment.
There we go.
After that we will print all these values in the space here and then print the values.
First one is like mean donation
amount is and then this dot and then here just pass that one.
Now we will not simply pass the mean because if you notice this one is very precise.
We can see we can just download this one food here we have only two values around this one for up to
only two values so NPD round for rounding the figures rounding means we can just if we have this particular
value 9 the following value previous to this one if it is greater than 5 then develop will be documented
by 1.
Otherwise it will be missing like if I have 4 5 4 6 here.
Then if I round this one up to only one figure then this will become 5 because 6 is greater than 5.
If it is less than 5 like 3 or 4 against it 4 or 2 then the value on one round of vitamin C and if it
is actually 5 then we see the first value if it is all then it will increment by 1.
If it is even it will remain C so that's the little light over the round of is so that we can just have
only these two or only these 4 5 values.
We do not have this large numeric value so we ruled out of the sun and we can just easily download by
seeing the last figure like before 6 sorry one.
We have this one zero.
So there is no case that it will became greater than five.
It would just increment by one if the previous value is greater than five so it will remain to one.
So we will just round this one up to only two figures.
So here we will pass panties.
The main value that we have to round off and to up to how many figures you want go round of like two.
Then I just pass two here.
Copy this one paste this one ham and cheese this one into median median donation amounts and then we
have this one we can again.
Jeez this one.
Median and this time we did not require a pound off here we have median.
After that we have this one again this time we will print the percentiles
25 percent and we have used 25 first so twenty five percent and then seventy five percent.
No nation amount is and then this one just so there we go with that one.
Now we also need to change this one into percentile.
We had this one as well so after that we have just minimum and maximum this one into minimum cheese
this running to minimum.
We have the sun
and after that we have the maximum
this one indoor maximum and this Sun also a two maximum.
There we go shift it on we got the arrows here have more fences.
That is from that phone I have no people shifted on.
David go with that.
Here mean donation amount is sixty one point zero three.
If you have noticed that one only two values after the point we have.
So this one is maybe four after the points round.
I suppose this one is for Main fingers but it's round round table of the values up to the decimal points.
So two values up to the decimal point zero point three.
Then we have the median that is twenty five already rounded off.
After that we have twenty five and seventy five percent that are fifteen and fifty.
After that we have the minimum donation amount that is zero point zero one and then we have maximum
donation that is sixty thousand.
That is very large amount I believe.
So this is about some simple mathematical analyses.
Thanks for watching.
We will continue with more in the next video.