1.
GraphEasy Rectangular Functions Graphing Utlity | Free Graph ...
GraphEasy allows graphing rectangular functions of the form f(x) , from simple functions to complex ones .It draws it all.
2.
Discounted Payback Period Calculation
This page details the way Discounted payback period is calculated. ... In MS Excel, place the cursor on cell C4 and type the following function to compute ... Ctrl+C keys or Copy icon to copy this formula in other cells D4 through F4. ...
3.
Discounted Payback Period Calculation
This page details the way Discounted payback period is calculated. ... and press Ctrl+C keys or Copy icon to copy this formula in other cells D4 through F4. ...
4.
Discounted Payback Period Calculation
We can find the exact payback period by using the following equation:. Discounted PI example 1. A project is acceptable if its Profitability index is ...
5.
Present Value of Annuity (Even and Uneven Cash Flows) | PV Calculation
This page details the way present value of annuities with even and uneven cash flows is calculated. Numerical and Excel solutions are provided as examples.
6.
GraphEasy Polar Curve Graphing Utlity | Free Graph Polar Curves ...
GraphEasy allows graphing polar curves of the form r(t), from simple functions x=cosine(t), y=sine(t) which is a circle to complex spirals, spider webs.
7.
Future Value of Annuity | FV Calculation
SOLUTION. The future value of the annuity due can be found by using the formula mentioned above present value uneven cash flows 1. MS Excel Solution ...
8.
Present Value of Annuity (Even and Uneven Cash Flows) | PV Calculation
This page details the way present value of annuities with even and uneven cash flows is calculated. Numerical and Excel solutions are provided as examples.
9.
Net Present Value | NPV Calculation
This page details the way net present value ( NPV ) is calculated. Numerical and Excel solutions are provided as examples.
10.
GraphEasy Online Parametric Curve Graphing Utlity | Free Graph ...
GraphEasy allows graphing parametric curves, from simple functions x=cosine(t), y=sine(t) which is a circle to complex spirals, spider webs.It draws it all.