Do Higher & Lower Level Mathematics (Maths) With Google
Well who said Google is meant only for search? Yup! Now you can Do Higher & Lower Level Mathematics (Maths) With Google for free.
Since it’s Google, so it will definitely yield accurate results. Here’s how to use Google for Maths. The image right below depicts a simple mathematical calculation via Google, you can also carry on Higher Level Mathematics Calculation via Google, read on…

Basic Arithmetic
| Operator | Function | Example |
|---|---|---|
| + | Addition | [ 15.99 + 32.50 + 13.25 ] |
| – | Subtraction | [ 79 – 18 – 19 ] |
| * | Multiplication | [ 2 * 3 * 7 ] |
| / | Division | [ 378 / 9 ] |
^ or ** |
Exponentiation (raise to a power of) | [ 4^10 ] or [ 4**10 ] |
| % of | Percent | [ 15% of 93.45 ] |
| mod or % | modulo (the remainder after division) | [ 15 mod 9 ] or [ 15 % 9 ] |
the nth root of |
calculates the nth root |
[ 4th root of 16 ]; [ cube root of 109 ]; [ square root of 42 ] or [ sqrt(42) ] |
Advanced Maths
| Operator | Function | Example |
|---|---|---|
| sin, cos, tan, sec, csc, cot, etc. | Trigonometric functions (arguments are assumed to be in radians) | [ cos(pi/6) ]; [ cosine(pi/6) ] |
| arcsin, arccos, arctan, arccsc, etc. | Inverse trigonometric functions | [ arccos(.5) ] |
| sinh, cosh, tanh, csch, arsinh, arccsch, etc. | Hyperbolic functions | [ cosh(6) ] |
| ln | Logarithm base e | [ ln(16) ] |
| log | Logarithm base 10 | [ log(16) ] |
| lg | Logarithm base 2 | [ lg(16) ] |
| exp | Exponential function | [ exp(16) ] |
| ! | Factorial | [ 5! ] |
| choose | x choose y calculates the number of ways of choosing a set of y elements from a set of x distinct elements | [ 5 choose 3 ] |
The following table lists just a few of the commonly used mathematical constants known to the calculator function.
| Name and description | Example |
|---|---|
| base of the natural system of logarithms | [ e ] |
| pi, the ratio of the circumference to the diameter of a circle | [ pi/6 ] |
| imaginary number, i, which represents one of the two square roots of -1 | [ i^2 ] |
| Euler’s constant, gamma | [ e^gamma ] |
Also you can make use of Soople to perform all of the above functions in a single page as per your Requirement.

Thanks to Google Guide
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