if else programming

Demonstrate how to do Probabilistic Sensitivity Analysis using SIPmath and generate Cumulative Distribution Graphs of the results.

Create a two-way data table from scratch when you do not have the SIPmath enterprise version.

Conduct sensitivity analysis of a SIPmath model using Multiple Experiments. Preserve the original model and the sensitivity in the same model.

Use SIPmath tool and Excel to evaluate the Frog Problem. Explore sensitivity to the Female Frog probability. Email for copy of model

Instruction on how to create a data table. Goes through an example in Excel for a One Variable Data Table in Row Format to generate a table of sensitivities

Part 2 - Taking a Multiple Experiment SIPmath Model and converting it to a typical SIPmath model with multiple outputs. Please see a subsequent video that describes a simpler process. https://www.youtube.com/watch?v=OtGcq...

Technique to convert a SIPmath model to use Multiple Experiments without destroying the basic model graphics. Please see a subsequent video that simplifies the process. https://www.youtube.com/watch?v=OtGcq...

This is the epilogue to 2 previous videos that evaluated the optimum price for concert tickets when we consider uncertainty in demand and cost using SIPmath. The epilogue updates the model, discusses why the triangular distribution was used and then shows how survey results can be utilized to determine a probabilistic demand profile for the tickets. The objective of the series is to demonstrate good Decision Quality practices. Excel file available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM...

Review of the generic retirement model introduced in Part 1 and conduct sensitivity on the model. Equally applicable to "low" and "high" net worth individuals.

Demonstrates how to conduct an analysis using SIPmath. Compares multiple alternatives and sensitivities on the same CDF graphic. Explains several graphic tips

This is the epilogue to 2 previous videos that evaluated the optimum price for concert tickets when we consider uncertainty in demand and cost using SIPmath. The epilogue updates the model, discusses why the triangular distribution was used and then shows how survey results can be utilized to determine a probabilistic demand profile for the tickets. The objective of the series is to demonstrate good Decision Quality practices. Excel file available at : https://1drv.ms/x/s!AgtEj5D79IYqgb4fM...

Review of the generic retirement model introduced in Part 1 and conduct sensitivity on the model. Equally applicable to "low" and "high" net worth individuals.

Demonstrates how to conduct an analysis using SIPmath. Compares multiple alternatives and sensitivities on the same CDF graphic. Explains several graphic tips