Ti NSpire CX: Implicit Differentiation – Step by Step

Using Calculus Made Easy on the TiNSpire CX at  https://www.tinspireapps.com/?a=CME

choose IMPLICIT DIFFERENTIATION in the menu , then enter  the equation of a

given curve as shown below:

The Implicit Differentiation process continues until step 5)

VOILA ! easy as pie! The handy TiNspire CX can not only Implicit Differentiation Step by Step but can do ALL

of Calculus Step by Step!

 

Equation App for the TiNspire CX

Taking Precalculus, Algebra 1 or Algebra 2 and need help with equations? Try our equation app! With no other app will you learn step by step how to solve and simplify equations in any math class you participate in! Take a look at our equation app video below and try our free trial of this equation app at www.tinspireapps.com

 

▷Step by Step ACCOUNTING using the TiNspire CX calculator

Need Accounting problems solved or verified? And you have a TiNspire CX available?

We have good news for you: the Accounting Made Easy app will solve Accounting problems step by step!

Don’t believe it? Well check for yourself in the video below:

And if you like to test the app first , please go to https://www.tinspireapps.com/trials to download the free trial. In fact you can try any of the Made Easy apps and let them guide you through the solving process.

 

 

▷Differential Equation Solver for the TiNspire CAS – Step by Step

The Differential Equation Solver using the TiNspire provides Step by Step solutions. Launch the Differential Equations Made Easy app at www.Tinspireapps.com . Here are 2 examples:

1. Solve a 2. order non-homogeneous Differential Equation using the Variation of Parameter method. Just enter the DEQ and optionally the initial conditions as shown below. First, the solution to the homogeneous Diff Eqn is found using the characteristic equation.

Next , the general solution is found by means of Variation of Parameters is found, and every step along the way is shown:

 

2. Solve a 3. order homogeneous Differential Equation. Just enter the DEQ and optionally the initial conditions as shown below. Again, the solution to the homogeneous Diff Eqn. is found using its characteristic equation.

Lastly, the Initial Conditions are used to find the Particular Solution. See below.

 

 

Laplace Transforms and Inverse using the TiNspire CX – Step by Step

Below find a bunch of Laplace and Inverse Laplace Transform examples

using the TiNspire CX CAS  and Differential Equations Made Easy at

https://www.tinspireapps.com/?a=deqme :

 

Here we are using the Integral definition of the Laplace Transform to find solutions.

It takes a TiNspire CX CAS to perform those integrations.

 

 

Examples of Inverse Laplace Transforms, again using Integration:

 

DeMoivre Theorem using the TiNspire CX – PreCalculus Made Easy

Need to solve DeMoivre Theorem using the TiNspire CX Step by Step ?

Just enter a complex number in the format (a+bi)^n and lean back to observe the magic :

PreCalculus Made Easy is the app to have when doing DeMoivre Formula – download it here https://www.tinspireapps.com/?a=pme 

PS: Roots of Unity can be computed too using this app

 

Finance Made Easy APP released for step by step financial computations on the TiNspire CX

Need quick help doing TVM , Bonds, Stocks, Capital Budgeting computations?

Have a TiNspire CX?  Then you are ready to use the Finances Made Easy APP at

http://www.TiNspireApps.com and get Step by Step solutions. Just plug in given

information and see the answer and its computation immediately. Additionally, the APP

provides you with written definitions and concepts. Just to make sure you recall everything

you need to know. Watch this video for more details