(R.O.) "Calculus Made Easy is a must have program if you are taking a Calculus class! It shows you step by step solutions to integration and derivative problems and solves almost any Calculus problem! I studied for the 2nd exam using Calculus Made Easy and I received a 93 on my exam! Thank you so much Calculus Made Easy!"
(A.G.) "I bought your Calculus program, and I like it a lot…Well, that is an understatement, it is quite possible one of the greatest things I’ve ever had. It has allowed me to check every problem I have had in my college calculus class, and because of that I am at the top of my class."
(A.T.) "It is a lifesaver on tests because it finds those "stupid" yet costly errors we all make, and allows me to correct them before I turn in the test."
(J.B.) "It is one of the most helpful, user friendly, and most efficient applications dealing with a particular subject matter in the area of Mathematics."
() "Calculus Made Easy is really useful, without I would have definitely not gotten an A on both finals...."
Slideshows
Step by Step - Integration
Step by Step - Differentiation
Step by Step - Limits (L'Hopital Rule)
Step by Step - Differential Equations
Step by Step - Implicit Differentiation
Step by Step - Polar Equations
Calculus Made Easy
Runs on TI-Nspire CX CAS only. It does not run on computers!
TI-Nspire CX CAS
Buy Now
Description
Calculus Made Easy is the ultimate educational Calculus tool.
Users have boosted their calculus understanding and success by using this user-friendly product. A simple menu-based navigation system permits quick access to any desired topic.
This comprehensive application provides examples, tutorials, theorems, and graphical animations. Just enter the given function in the provided dialogue box and learn how the correct rule is applied - step by step - until the final answer is derived.
Features include:
-Step by Step Differentiation
-Step by Step Integration
-Step by Step Differential Equations
-Integral Calculator with Steps
-Step by Step Parametric Equations
-Step by Step Polar Functions
-Step by Step Multivariable Calculus
-Step by Step Limits and L'Hopital Rule
-Step by Step Implicit Differentiation
and much more as can be seen in the videos.
FUNCTIONALITY & MENU ITEMS OF APP
FUNCTIONS
READ: Linear Functions
Find Slope
Find y=mx+b
Analyze |x| Function & its Slope
All-in-one-Function Explorer
Evaluate Function
Find Domain of f(x)
Find Range of f(x)
Intersection of 2 Functions
Composition of 2 Functions f(g(x))
Do the Quadratic Equation
Complete the Square
Find [f(x+h)-f(x)]/h
Find Inverse function
READ: Interval Notation
Newton Method
Apply Intermediate Value Theorem
READ: Intermediate Value Theorem
LIMITS
READ: Limit Rules
L'Hopital Rule 0/0 or 8/8
Compute 1- and 2-sided Limits
Continuity of piecewise-defined function
READ: Definition of 2-Sided Limit & Continuity
READ: Definition of Continuity
DERIVATIVES
Find [f(x+h)-f(x)]/h
Average Rate of Change
Find f'(x)=lim [f(x+h)-f(x)]/h as h->8
Instantaneous Rate of Change
Evaluate Derivatives; Tangent- & Normalline
Find Horizontal Tangentline
Find Tangentline parallel or perpendicular to given Line
Find Point Slope & y=mx+b given Pt & Slope
READ: Differentiation Rules
Step by Step Differentation
Higher Derivatives with Evaluation
Critical Points
Increasing & Decreasing Functions
Relative and Absolute Min and Max
Points of Inflection & Concavity
Mean Value Theorem
Rolle's Theorem
Implicit Differentiation
Slope of Inverse Function
All in one Rate Explorer
Differentiability of piecewise-defined function
Absolute and Percent Change
Differentials
APPS: Max Volume of Folded Box
APPS: Min Distance Point to Function f(x)
APPS: Related Rates Find dy/dt
INTEGRALS
READ: Integration Rules
Step by Step Integration
Integration by Trig Substitution
Integration by Partial Fraction Decomposition
Find Antiderivative & Constant of Integration: ∫f(x)dx + C
Definite Integrals (Netarea)
1. Fundamental Theorem of Calculus
2. Fundamental Theorem of Calculus
Average Value Theorem
Find Total Area ∫|f(x)|dx
Find Enclosed Area ∫U(x)-L(x)dx
Area Approx RAMS, TRAPEZOID, SIMPSON RULE
Area Approx. RAM
Integration of Piecewise defined Function
Compute ∫(Rate)dt
Improper Integrals Type 1 & 2
APPS: CURVE LENGTH of f(x) ∫(1+f'(x)^2)dx
APPS: VOLUME - Disk Method about x-axis
APPS: VOLUME - Washer Method about x-axis
APPS: VOLUME - Shell Method about y-axis
APPS: VOLUME - Washer Method about y-axis
APPS: VOLUME - Known Cross Sections
APPS: SURFACE AREA (x and y-axis)
READ: Integration by Trig Substitution
DIFFERENTIAL EQUATIONS
Solve any 1. order Differential Equation
Separation of Variables
Euler Method
Logistic Differential Equation
Solve any 2nd order Differential Equations
HORIZONTAL & VERTICAL MOTION
Given Position s(t)
Given Velocity v(t)
Given Acceleration a(t)
SEQUENCES & SERIES
Explicit Sequence & Partial Sum
Recursive Sequence & Partial Sum
Sequence Formula Finder
Sigma S-Notation
Geometric Series & Convergence Test
Nth Term Test for Divergence
Integral Test
p-Series Test
Alternating Series Test
Ratio Test
Find Sum and Partial Sums
Develop MacLaurin & Taylor Series using Definition