Milk creamery charges $2 for a cup of ice cream and $0.75 for each topping (t) . Justin wants a cup of ice cream with for toppin
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Answer:
Following are the solution to the given points:
Step-by-step explanation:
Given values:
Total staff=40
In point a:
To calculate the median number first we arrange the value into ascending order and then collect the even numbers of calls that were also made. Its average of the middle terms is thus the median.
The midterms =55 and 59 so,
Median =
In point b:
First-quarter
The first quarterlies are
therefore the multiply of 0.5 by calculating the difference of the 7th and 8th term are:
therefore the it is multiply by the 0.5 for the difference of the 22nd and 23rd term:
In point c:
First decile
In point d:
quartiles are:
The right answers for the decile are:
As for will be available.
Let's call <em />the number of pages we <em>have </em>read 
. To find the number of pages we have <em>left</em> to read, we'll need to subtract the number of pages we've read from the total number of pages in the book. Our total page count is 193, and the number of pages we've read is the unknown , so the number of pages we <em />haven't read can be written as 
. With that knowledge, let's construct the rest of our equation.
"He has read three pages more than one-fourth of the number of pages he hasn't yet read." The first key phrase here is "he has read." What this means is that the number of pages he's read, which we've named, is equal to everything in the rest of the sentence. "Thee pages more than" means that we're going to be adding 3 to whatever the next quantity described is, which, in this case, is "one-fourth of the number of pages he hasn't yet read." We already established earlier that "the number of pages he hasn't yet read" is , so one-fourth of that would be 
. Putting everything together, we get the following equation:
To solve for, we might first want to eliminate the fraction 1/4 by multiplying both sides of the equation by 4, obtaining
Solving for m, we get:
Now that we have m, it's a simple matter to solve for:
So, he has not yet read 152 pages.
"He has read three pages more than one-fourth of the number of pages he hasn't yet read." The first key phrase here is "he has read." What this means is that the number of pages he's read, which we've named
To solve for
Solving for m, we get:
Now that we have m, it's a simple matter to solve for
So, he has not yet read 152 pages.