CARA BUAT KURVA S DI EXCEL 2013

If you’re looking to learn how to create aggregate planning in Excel, or how to draw curves in Excel, you’ve come to the right place. In this article, we’ll explore five different tutorials on how to create various curves, including the popular S-curve. Each tutorial is accompanied by a relevant image, header, and description, so you can easily follow along and recreate the steps on your own. Let’s dive in!

1. How to Create Aggregate Planning in Excel

CARA BUAT KURVA S DI EXCEL 2013

Aggregate planning is a type of mid-term planning that allows you to forecast future demand and allocate your resources accordingly. Here’s a step-by-step guide on how to create an aggregate planning chart in Excel:

  1. Open a new Excel spreadsheet and input three columns of data: Month, Demand, and Capacity.
  2. Select the data, go to the Insert tab, and click on Area chart.
  3. Right-click on the chart and select Select Data. Add a new series for Capacity and select the Capacity column data.
  4. Right-click on the chart and select Change Chart Type. Choose the Stacked Area chart option.
  5. Adjust the formatting of the chart so it’s easy to read and understand – add a title, axes labels, etc.
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2. How to Draw S-Curves in Excel

An example of an S-curve in Excel

An S-curve is a type of chart that is commonly used in project management to track progress over time. Here’s how you can create an S-curve in Excel:

  1. Open a new Excel spreadsheet and input three columns of data: Month, Planned Value, and Actual Value.
  2. Right-click on the chart and select Select Data. Add a new series for Planned Value and Actual Value and select the corresponding data.
  3. Right-click on the chart and select Change Chart Type. Change the chart to a Line chart.
  4. Adjust the formatting of the chart so it’s easy to read and understand – add a title, axes labels, etc.

3. How to Create Calibration Curves in Excel

An example of a calibration curve in Excel

Calibration curves are graphs that display the relationship between two values. They are commonly used in laboratory experiments and measurements. Here’s how you can create a calibration curve in Excel:

  1. Open a new Excel spreadsheet and input two columns of data: X (independent variable) and Y (dependent variable).
  2. Select the data and go to the Insert tab. Click on Scatter chart and select the first option.
  3. Right-click on the chart and select Add Trendline.
  4. In the Format Trendline panel, select the Polynomial option and input the desired order of the fit. Click on Display Equation on Chart and Display R-squared value on chart.
  5. Adjust the formatting of the chart so it’s easy to read and understand – add a title, axes labels, etc.

4. How to Create Time Schedule Bar-Charts and Schedules in Excel

An example of a time schedule bar-chart in Excel

Time schedule bar-charts are useful for visualizing a project’s timeline and can help you stay on track with deadlines. Here’s how you can create a time schedule bar-chart in Excel:

  1. Open a new Excel spreadsheet and input four columns of data: Task Name, Start Date, End Date, and Duration.
  2. Select the data and go to the Insert tab. Click on Combo chart and select the first option.
  3. Select the Durations series and change the chart type to Stacked Bar chart.
  4. Right-click on the chart and select Add Data Labels. Change data labels to show Series Name and Value.
  5. Adjust the formatting of the chart so it’s easy to read and understand – add a title, axes labels, etc.
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5. How to Draw Curves in Excel

An example of a curve in Excel

Curves can be used to illustrate a relationship between two variables and are commonly used in science and engineering fields. Here’s how you can draw a curve in Excel:

  1. Open a new Excel spreadsheet and input two columns of data: X and Y values.
  2. Select the data and go to the Insert tab. Click on Scatter chart and select the first option.
  3. Right-click on one of the points on the chart and select Add Trendline.
  4. In the Format Trendline panel, select the desired type of regression and input the desired order of the fit. Click on Display Equation on Chart.
  5. Adjust the formatting of the chart so it’s easy to read and understand – add a title, axes labels, etc.

FAQ

Q: Can I use these techniques in other programs besides Excel?

A: Some of these techniques may be adaptable to other spreadsheet programs, but the steps outlined in these tutorials are specifically for Excel.

Q: Can I use these charts for personal projects or only for professional work?

A: These charts can be used for any purpose, whether it’s for personal or professional projects.

Video Tutorial