Advanced Excel Training in Gurgaon

Now, it is time to get fancy. We have learned how to sort and alphabetize by a single column. But what if we wish to sort by multiple columns — for example, alphabetize our order list by customer name first, but within each "customer name" block sort from the highest-value order to the lowest-value order? We can do this by using Excel's full sort functionality feature. First, we will start by selecting the whole range of data we want to sort. You can do this by clicking and dragging with your mouse to select all the cells you wish to sort, but there is a shortcut: make sure a cell within your data table you have selected, then press Ctrl + A on a PC or ⌘ + A on a Mac. When you are making this selection, it is very important to check to ensure that your entire table is highlighted before proceeding. If there are blank rows, then they may cause the Ctrl + A shortcut to only highlight part of the table; this will mess up your sorting or only partially sort the data. Alway

Creating a one-dimensional summary Now that we have created our Pivot Table, let's start by creating a basic summary of total sales by customer. Firstly, add the Customer field to the summary. You can do this job, by either clicking the checkbox next to the Customer field in the PivotTable Field List, or by dragging the Customer field into the Row Labels section. Once we have done this, notice a few things: first, the Customer field has appeared in the Row Labels section of our sidebar. Second, a list of customer names has appeared within our Pivot Table. A list of customer names is very nice to have, but not particularly useful for data analysis purposes. Let us make things more useful by dragging the Total Price field into the Values section of our Pivot Table: Now we are getting somewhere! Our table has summed up the values in the Total Price column, segmented by the customer type. Notice that Excel has also automatically generated a Grand Total row that shows the total

Making the Pivot Table Now that our data is set in the right format, we can move on to creating the pivot table itself. For this tutorial, we have expanded on the sample data set above, adding in some more granular detail on the items ordered, quantity, price, and date: To create a Pivot Table based off of this data, we will first place our cursor anywhere within the data set itself. Then, we will go to the Insert section on the Ribbon and select the Pivot Table option: The Create Pivot Table dialogue box will open asking us to specify some of the options. Since Excel has already selected our data and the rest of the options work by default (e.g., we want our Pivot Table report to be placed in a new sheet), so we can now go ahead and just press OK on this screen. Our Pivot Table is ready to go! Notice that Excel has created a new sheet; there is now a Pivot Table graphic on the left-hand side of the screen; and a PivotTable Field List dialogue that has appeared on the righ

So, how does using a pivot table to perform large scale enterprise business calculations look like? Check out the below example, in which we have used the Excel tool named Pivot Table to complete the task mentioned in the earlier blog i.e. Summing sales in dollars by customer. We were able to prepare the report in a matter of few seconds based on the input data tab. Take Note of a couple of things: it has captured the data we wanted (the sum of the Total Price column, segmented by customer); it has included a comprehensive list of customers on our input sheet; and it is ready for flexible adjustments and modification (see the Pivot Table Field List dialogue on the right-hand side of the screen). We have solved our analyst's problem. Potential uses of Pivot Tables At higher levels, Pivot Tables are more effectively used to summarize the data. Beyond that, they are infinitely flexible, and applicable to a huge variety of situations. Here are some of the more example scenarios

Pivot Table If you're a beginner or an intermediate Excel user, you may have definitely heard about Pivot Tables in Excel. This tool is one of the incredibly important part of any analyst's Excel toolkit, and appears frequently in Excel-based job interviews like the Uber Analytics interview. But what is a Pivot Table, and how it helps Excel Users analyze data more effectively? In this article, we'll go through the basics of Pivot Tables, explaining what they are and how to use them in daily practice. Simply defined, a Pivot Table is a tool built into Excel that allows one to summarize large quantities of data in a quick and easy way. Given an input table with tens, hundreds, or even thousands of rows, Pivot Tables allows one to extract answers to a series of basic questions about your data with the minimal effort. That may all seem a bit abstract, so let's dive into a real-world example, so as to get an idea about what a Pivot Table really is. Defining the pr

We can have a look at the various formatting options available in Excel by selecting a cell that contains a number and from thereon heading towards the Number formatting drop-down on the Home ribbon tab: Following are the most used formatting options that are available in Excel: Number. Excel would format your input as a generic number with commas in-between the thousands digits. Currency. Excel would format your input with a currency sign in front of it and two trailing digits after the decimal point. Accounting. Similar as the Currency format, but currency sign will align to the left-hand side of the cell. Date. Excel would format the given input as a date. Note that dates in the Excel are displayed as numerical quantities. Time. Excel would format the given input as a date or time. Times are also displayed as numerical quantities in the Excel. Percentage. Excel would format the given input as a Percentage. Like, an input of 0.76 will be read as 76%. It is important to not