Thank you. I had been hesitating to make the purchase as I had wanted to get the apps for TI Voyage 200; but I decided to get the ones for TI-Nspire CAS CX instead, basically because it has more memory available. These apps you sell have the potential to become addictive so I most likely will be back for more! I think I made the right choice. So, needless to say, I am very impressed. Beauty is in the eye of the beholder. Your programs are my drug of choice. I am sure to enjoy them for the remainder of my life. They are one of the few things worth buying besides food and a good pair of boots.
Thank you very much! Chemistry Made easy for NSpire all set and working…..
Great Customer Support!!!!!
I think I’m in love with you guys!!!!!
Just bought Chemistry Made Easy…..
I was so impressed with CME that I bought AME and PME and they are both first-rate.
I’ll be buying more as they appear.
Your apps have made the Nspire a lot more useful to me than it was – in fact, I’m beginning to like it quite a lot.
Congratulations on the hard work, I suspect your nspire apps will be even more successful than the Ti89 apps.
Say you need to find 3 radical 27 , that is to find the cube root of 27. Enter it as:
and it will display as
Similarly, the 4th root of 16 is entered :
and it is displayed as
And the 5th root of x is then entered as
to be displayed as
Nice and simple. In conclusion, radicals and roots can be dealt with using the handy root-function.
Here is how to perform Projectile Motion using the TiNspire CX : Launch the Physics Made Easy from www.TinspireApps.com and go to the menu option 2: Kinematics – Linear and Rotational as shown below :
Next scroll down to “Projectile At Angle”. This menu option will do step by step analysis of the projectile given initial values such as Angle, Initial Velocity and Initial height.
Here is an example:
Now, if you are to find Initial Speed, Launch Angle etc just scroll further down in the menu as we have those scenarios covered too.
Using the Electrical Engineering Made Easy using the TiNspire CX calculator at https://www.tinspireapps.com/?a=ELEME we added functionality for AC Circuits. Look at the images below. In particular, the single phase and the 3 phase ALL IN ONE Solver come in very handy.
Nehmen wir als Bespiel die homogene Differentialgleichung 2. Ordnung :
y” + 8y’ + 16y =0
Wir starten die TiNspire APP “Differentialgleichungen Leicht Gemacht” von www.Tinspireapps.com und gehen im Menu zu Option 4: Homogene Differentialgleichung.
Und geben einfach die DGL oben ein.
Um eine partikulaere Loesung zu finden gibt man die Anfangswert Bedingungen unten ein:
So leicht ist es schrittweise Loesungen zu Differentialgleichungen zu bekommen. Man kann diese Loesung mit der von Symbol-Lab vergleichen unter : https://www.symbolab.com/solver/ordinary-differential-equation-calculator/y”%2B8y’%2B16y%3D0
Given a Discrete Probability Distribution such as the one shown below make sure that the sum of the given probabilities is 100% or 1 . If you own a TiNspire CX you can enter the distribution in the top two boxes of the Statistics Made Easy App available at www.TiNspireApps.com .
Once done you get the expected value , variance : step by step.
Optional is the value of N which allows to compute P(X>N) , P(X<N) etc
For a uniform distribution , you enter the given interval [a,b] and the value c which lies on [a,b] . You will then find P(X<c) and P(X>c)
Applying the Fundamental Theorem of Calculus using the TiNspire – Step by Step – can easily be done using Calculus Made Easy at www.TiNspireapps.com . Here is an example:
Just enter the given function f(t) which is the integrand.
Next, enter the upper bound of the given definite integral.
Then , Calculus Made Easy provides you with the Theorem and also applies it to show the correct answer.
Steps for the computation can be seen below: First the integrand is integrated and evaluated using the given bounds . Lastly, differentiation yields that final answer.
The Numerics Made Easy app at www.TinspireApps.com was updated to also solve the following concepts:
Secant Method to find zeros of a function
Jacobi Method to solve A*X=B
Newton Method for Interpolation
Orthogonal Polynomials: Legendre , Hermite, Chebyshev and Leguerre
3-8 Simpson Rule
Using the Differential Equations Made Easy APP at https://tinspireapps.com/?a=deqme you can solve Differential Equations using LaPlace Transforms as shown below:
Computing the Volume of a Solid of Revolution using the TiNspire CX CAS can easily be done – step by step – using the Calculus Made Easy at www.TinspireApps.com .
Here is how.
Let’s start with the Disk Method. We just select that option in the menu:
Then this pops up :
Now, enter the given function in the top box and the given interval below. Automatically, the answer will show in the bottom with correct integral setup and the correct answer.
Similarly, when using the Washer Method for two functions we have:
Finally, the Shell method works the same way :
In conclusion, the just like all other Calculus topics finding the Volume of Solids of Revolution using the Disk , Washer and Shell Methods can be done easily using Calculus Made Easy at www.TiNspireApps.com .
Say we have to solve the following system of equations using the Gauss Seidel method.
We just launch the Numerical Analysis Made Easy app at www.TiNspireApps.com , go to Menu option A 2 and enter the problem as shown below using matrix A and matrix B:
until we finally arrive at the last step :