Slicers are my new favorite feature in Excel. Introduced in Excel 2010, Slicers are like visual filters.
A simple example of slicers:
Let us say you have a sales report (pivot) for multiple salespersons. Since you want to show the report by one person at a time, you used report filters in pivot tables to display this. But you find that switching between regions is a pain using the report filter.
Enter slicers.
Now, you can just click the region name to show the report for that region, like this:
Using Slicers to Switch between Scenarios Dynamically:
Now, we can use slicers creatively to make an interactive scenario manager in Excel, some thing like this:
This technique gives the same outcome as the Display and Select Scenarios using VBA article, but easier to implement
How to use slicers to switch between scenarios?
Step 1: Set up various scenarios in a table
You need to define various scenarios in a table, like this:
Step 2: Create a pivot table from your scenario data
Select the table you created in step 1 and insert a pivot table. Use variable name as row label and variable value in value field area.
Step 3: Insert a slicer for the scenarios
Select anywhere inside the pivot. Now, from options tab, click on Insert Slicer button. Click on Scenarios field to insert a slicer.
Step 4: Create your model, in our case a break-even model
I will skip the explanation of model creation as that is not relevant here.
Once the model is set up, just refer to the pivot table for each of the variable values.
Step 5: Move slicer to Model
Go to the pivot table worksheet and Select the slicer, click CTRL+X to cut it.
Go back to your model worksheet and paste the slicer.
Step 6: Format the slicer
Excel slicers by default show an option to remove the filtered slicer. You can get rid of this button by,
1) Right click on the slicer
2) Go to slicer settings
3) Un-check Display Header option
See aside.
Step 7: Use the slicer to interactively switch scenarios
That is all, our smart scenario switching slicer is ready. Now, you can extend this in many ways. For example, you can write some clever formulas to handle selection of multiple slicers. You can compare between one scenario and another when more than one option is chosen from the slicer. So much more is possible. But I will let your imagination run wild.
Download Example Excel File:
I have made a simple example to demonstrate this technique.
Please download the file and open it in Excel 2010.
Examine the worksheets “Scenario Pivot” and “Model” to understand how the slicer is setup and how this works.
Do you slice?
As I said, Slicers are my new favorite feature in Excel. I have been using them as much as possible because they are simple to use and very powerful.
What about you? Do you slice often? What is your experience like? Please share your ideas and tips using comments.
More examples on Slicers & Pivot Tables:
1) Creating a Dynamic Dashboard in Excel using Slicers
2) Creating a Dynamic Chart using Pivot Table Report Filters
3) Remove Duplicates and Sort a list using Pivot Tables
4) More on Pivot Tables & Modeling
12 Responses to “29 Excel Formula Tips for all Occasions [and proof that PHD readers truly rock]”
Some great contributions here.
Gotta love the Friday 13th formula 😀
Great tips from you all! Thanks a lot for sharing! bsamson, particularly you helped me on a terribly annoying task. 🙂
(BTW, Chandoo, it's not exactly "Find if a range is normally distributed" what my suggestion does. It checks if two proportions are statistically different. I probably gave you a bad explanation on twitter, but it'd be probably better if you fix it here... 🙂 )
Great compilation Chandoo
For the "Clean your text before you lookup"
=VLOOKUP(CLEAN(TRIM(E20)),F5:G18,2,0)
I would like to share a method to convert a number-stored-as-text before you lookup:
=VLOOKUP(E20+0,F5:G18,2,0)
@Peder, yeah, I loved that formula
@Aires: Sorry, I misunderstood your formula. Corrected the heading now.
@John.. that is a cool tip.
Hey Chandoo,
That p-value formula is really great for a statistics person like me.
What a p-value essentially is, is the probability that the results obtained from a statistical test aren't valid. So for example, if my p value is .05, there's a 5% probability that my results are wrong.
You can play with this if you install the Data Analysis Toolpak (which will perform some statistical tests for you AND provide the P Value.)
Let's say for example I've got two weeks of data (separated into columns) with the number of hours worked per day. I want to find out if the total number of hours I worked in week two were really all the different than week one.
Week1 Week2
10 11
12 9
9 10
7 8
5 8
Go to Data > Data Analysis > T-Test Assuming Unequal Variances > OK
In the Variable 1 Box, select the range of data for week 1.
In the Variable 2 Box, select the range of data for week 2.
Check "Labels"
In the Alpha box, select a value (in percentage terms) for how tolerant you are of error.
.05 is the general standard; that is to say I am willing to accept a 95% level of confidence that my result is accuarate.
Select a range output.
Excel calculates a number of results: Average (mean) for each week's data, etc.
You'll notice however that there are two P Values; one-tail and two-tail. (one tail tests are for > or .05), the number of hours I worked in week two is statistically equivalent to the number of hours I worked in week one.
So here’s a way you might want to use this. You put up a new entry on your blog. You think it’s the best entry ever! So you pull your webstats for this week and compare it to last week. You gather data for each week on the length of time a visitor spends on your website. The question you’re trying to prove statistically is whether there’s an average increase in the amount of time spent on your website this week as compared to last week (as a result of your fancy new blog post). You can run the same statistical test I illustrated above to find out. Incidentally, it matters very little to the stat test whether the quantity of visitors differs or not.
Anyhow, the Data Analysis toolpack doesn't perform a lot of stat tests that folks like me would like to have access to. In those cases I have to either use different software, or write some very complicated mathematical formulas. Having this p-value formula makes my life a LOT easier!
Thanks!
Eric~
Fantastic stuf..One line explanation is cool.
Thanks to all the contributors
OS
Take FirstName, MI, LastName in access (you can fix it to work in excel) capitalize first letter of each and lowercase the rest and add ". " if MI exists then same for last name:
Full Name: Format(Left([FirstName],1),">") & Format(Right([FirstName]),Len([FirstName])-1),"") & ". ","") & Format(Left([LastName],1),">") & Format(Right([LastName],Len([LastName])-1),"<")
I teach excel, access, etc etc for a living and i have my access students build this formula one step at a time from the inside out to show how formulas can be made even if it looks complicated. Yes I know I could just do IsNull([MI]) and reverse the order in the Iif() function but the point here is to nest as many functions as possible one by one (also I illustrate how it will fail without the Not() as it is)
Extract the month from a date
The easiest formula for this is =MONTH(a1)
It will return a 1 for January, 2 for February etc.
if in a column we write the value of total person for eg. 10 if we spent 1.33 paise each person then how we get total amount in next column and the result will in round form plzzzzz solve my problem sir................... thank u
@Anjali
If the value 10 is in B2 and 1.33 paise is in C2 the formula in D2 could be =B2*C2
If the values are a column of values you can copy the formula down by copy/paste or drag the small black handle at the bottom right corner of cell D2
kindly share with me new forumulas.
How to convert a figure like 870.70 into 870 but 871.70 into 880 using excel formula ? Please help.