For in GOD we live, and move, and have our being.

- Acts 17:28

The Joy of a Teacher is the Success of his Students.

- Samuel Dominic Chukwuemeka

Home Expressions Equations Word Problems TI-84 Graphing Calculator Other Calculators

I greet you this day,

Please solve the questions on your own before checking your answers with the calculators.

I wrote the codes for some of the calculators using JavaScript, a client-side scripting language.

The Wolfram Alpha widgets (many thanks to the developers) were used for some calculators.

Comments, ideas, areas of improvement, questions, and constructive criticisms are welcome. You may contact me.

If you are my student, please do not contact me here. Contact me via the school's system.

Thank you for visiting!!!

**Samuel Dominic Chukwuemeka** (Samdom For Peace)
B.Eng., A.A.T, M.Ed., M.S

__This calculator will:__

(1.) Simplify algebraic expressions.

__To use the calculator, please:__

(1.) Type your expressions in the textbox (the bigger textbox).

(2.) Type it according to the examples I listed.

(3.) Delete the "default" expression in the textbox of the calculator.

(4.) Copy and paste the expression you typed, into the small textbox of the calculator.

(5.) Click the "Submit" button.

(6.) **Check to make sure that it is the correct expression you typed.**

(7.) Review the answers. At least one of the answers is probably what you need.

- Using the Simplify Polynomial Functions Calculator
- Type: $4x + 3x$
__as__4 * x + 3 * x - Type: $5(3y - 7) - (3y + 8)$
__as__5(3 * y - 7) - (3 * y + 8) - Type: $4c + 4[5 - (d - 2)]$
__as__4 * c + 4[5 - (d - 2)] - Type: $3(-3x^2 + 2x) - (4x - 4x^2)$
__as__3(-3 * x^2 + 2 * x) - (4 * x - 4 * x^2) - Type: $5p - 4[5p - (6p^2 - 4d^3)]$
__as__5 * p - 4[5 * p - (6 * p^2 - 4 * d^3)] - Type: $3(9m^2 - 4) - [4(-2 - 3m^2) + 3]$
__as__3(9 * m^2 - 4) - [4(-2 - 3 * m^2) + 3] - Type: $\dfrac{2}{3}(2k - 9) + \dfrac{3}{4}(k + 12)$
__as__(2/3)(2 * k - 9) + (3/4)(k + 12)

Solve

__This calculator will:__

(1.) Factor any expression.

(2.) Return the answer in factored form.

__To use the calculator, please:__

(1.) Type your expression in the textbox (the bigger textbox).

(2.) Type it according to the examples I listed.

(3.) Delete the "default" expression in the textbox of the calculator.

(4.) Copy and paste the expression you typed, into the small textbox of the calculator.

(5.) Click the "Submit" button.

(6.) **Check to make sure that it is the correct expression you typed.**

(7.) Review the answers.

- Using the Factor Expressions Calculator
- All outputs/answers are in the factored form.
- At least one of the answers is most likely what you need.
- Type: $12a + 8*b$
__as__12 * a + 8 * b - Type: $15p^2 + 6p$
__as__15 * p^2 + 6 * p - Type: $24x^3y^2 + 36x^2y$
__as__24 * x^3 * y^2 + 36 * x^2 * y - Type: $8c^5d^3 + 6c^4d^5 - 12c^2d^4$
__as__8 * c^5 * d^3 + 6 * c^4 * d^5 - 12 * c^2 * d^4 - Type: $m(n - 1) + 7(n - 1)$
__as__m * (n - 1) + 7 * (n - 1) - Type: $5x(a - b) - y(a - b)$
__as__5 * x * (a - b) - y * (a - b) - Type: $mx - 2x + my - 2y$
__as__m * x - 2 * x + m * y - 2 * y - Type: $mx^2 - 2x^2 + 5m - 10$
__as__m * x^2 - 2 * x^2 + 5 * m - 10

Factor

__This calculator will:__

(1.) Solve one-variable linear equations.

(2.) Solve one-variable quadratic equations.

(3.) Solve one-variable cubic equations.

(4.) Solve one-variable absolute value equations.

(5.) Solve one-variable rational/fractional equations.

(6.) Solve one-variable radical equations.

(7.) Give the answer(s) in the simplest exact forms.

(8.) Graph the real solutions(roots) on a number line.

(9.) Calculate the sum of real roots as applicable.

(10.) Calculate the product of real roots as applicable.

To see the answer(s) in decimals, click the "Approximate forms" link.

To see the answer(s) in the simplest / exact forms, click the "Exact forms" link.

__To use the calculator, please:__

(1.) Type your equation in the textbox (the bigger textbox).

(2.) Type it according to the examples I listed.

(3.) Delete the "default" expression in the textbox of the calculator.

(4.) Copy and paste the equation you typed, into the small textbox of the calculator.

(5.) Click the "Submit" button.

(6.) **Check to make sure that it is the correct equation you typed.**

(7.) Review the answers.

- Using the Solve Equations Calculator
- All outputs/answers are written as both integers and/or decimals; and integers and/or fractions.
**Linear Equations:**Type: $5p - 4 = 21$__as__5 * p - 4 = 21**Linear Equations:**Type: $-1.2p + 1.25 = 0.77$__as__-1.2 * p + 1.25 = 0.77**Linear Equations:**Type: $\dfrac{3}{10} - \dfrac{7k}{15} = \dfrac{2}{3}$__as__(3/10) - (7 * k/15) = (2/3)**Linear Equations:**Type: $-2m - 3(4 - 2m) = 2(m - 3) + 2$__as__-2 * m - 3 * (4 - 2m) = 2 * (m - 3) + 2**Linear Equations:**Type: $2[-(x - 1) + 4] = 5 + [-(6x - 7) + 9x]$__as__2 * [-(x - 1) + 4] = 5 + [-(6 * x - 7) + 9 * x]**Linear Equations:**Type: $2x - {x - [3x - (6x + 9)]} = 8x - 1$__as__2 * x - {x - [3 * x - (6 * x + 9)]} = 8 * x - 1**Rational Equations:**Type: $\dfrac{4}{p + 8} + \dfrac{5}{p^2 - 8p + 64} = \dfrac{768}{p^3 + 512}$__as__(4/(p + 8)) + (5/(p^2 - 8 * p + 64)) = (768 / (p^3 + 512))

Solve

__Given:__a Quadratic Equation in standard form

__To Calculate:__other details

- Details

__This calculator will:__

(1.) Solve any equation for a specified variable.

In other words, it expresses a variable in terms of other variables.

__To use the calculator, please:__

(1.) Type your equation in the textbox (the bigger textbox).

(2.) Type it according to the examples I listed.

(3.) Delete the "default" equation in the textbox of the calculator.

(4.) Copy and paste the equation you typed, into the small textbox of the calculator.

(5.) Type the variable for which you want to isolate.

(5.) Click the "Submit" button.

(6.) **Check to make sure that it is the correct equation you typed.**

(7.) Review the answer.

- Using the Solve Literal Equations Calculator
- Type: $V = l * w * h$
**for**$w$__as__V = l * w * h**for**w - Type: $F = \dfrac{mv}{t}$
**for**$t$__as__F = (m * v)/t**for**t - Type: $P = a + b + c$
**for**$b$__as__P = a + b + c**for**b - Type: $A = \dfrac{1}{2}h(l_1 + l_2)$
**for**$h$__as__A = (1/2) * h * (l_1 + l_2)**for**h

Solve for

**
Still in development **

Please check back soon

The Mathematics of Finance is ready

**
Still in development **

Please check back soon

Both accounts earned interest.

One account received a gain. The other account suffered a loss.

One account received "some" times as much investment as the other account.

The account with the

One account received "some" times as much investment as the other account.

The account with the

__This calculator will:__

(1.) Form a Table of Values.

(2.) Graph equations/functions.

(3.) Trace functions.

(4.) Displays the Table of Values and the Graph in the same window.

__To use the calculator, please:__

(1.) Visit the link: TI-84 Calculator

(2.) Click the "Graphing" folder.

(3.) Click the link of "whatever you want to do".

(4.) Follow the directions as illustrated by the "blinking light".