How to use the Google calculator:

Heres' the Secret

Google’s calculator tries to understand the problem you are attempting to solve without requiring you to use special syntax.

Most operators come between the two numbers they combine, such as the plus sign in the expression 1+1.

*) + addition => 3+44

*) - subtraction => 13-5

*) * multiplication => 7*8

*) / division => 12/3

*) ^ exponentiation (raise to a power of) => 8^2

*) % modulo (finds the remainder after division) => 8%7

choose X choose Y determines the number of ways of choosing a set of Y elements from a set of X elements 18 choose 4

the root of calculates the nth root of a number 5th root of 32

% of X % of Y computes X percent of Y 20% of 150

*) wsqrt square root sqrt(9)

*) sin, cos, etc. trigonometric functions (numbers are assumed to be radians) sin(pi/3)

tan(45 degrees)

*) ln logarithm base e ln(17)

*) log logarithm base 10 log(1,000)

*) ! factorial 5!

You can force the calculator to try and evaluate an expression by putting an equals sign (=) after it. This only works if the expression is mathematically resolvable. For example, 1-800-555-1234= will return a result, but 1/0= will not.

Parentheses can be used to enclose the parts of your expression that you want evaluated first. For example, (1+2)*3 causes the addition to happen before the multiplication.

The in operator is used to specify what units you want used to express the answer. Put the word in followed by the name of a unit at the end of your expression. This works well for unit conversions such as: 5 kilometers in miles.

You can use hexadecimal, octal and binary numbers. Prefix hexadecimal numbers with 0x, octal numbers with 0o and binary numbers with 0b. For example: 0x7f + 0b10010101.

Many of these constants and units have both long and short names. You can use either name in most cases. For example, km and kilometer both work, as do c and the speed of light.

Feel free to experiment with the calculator as not all of its capabilities are listed here. To get you started, we’ve included a few expressions linked to their results.

*) 1 a.u./c

*) 56*78

*) 1.21 GW / 88 mph

*) e^(i pi)+1

*) 100 miles in kilometers

*) sine(30 degrees)

*) G*(6e24 kg)/(4000 miles)^2

*)0x7d3 in roman numerals

*)0b1100101*0b1001

Heres' the Secret

Google’s calculator tries to understand the problem you are attempting to solve without requiring you to use special syntax.

Most operators come between the two numbers they combine, such as the plus sign in the expression 1+1.

**Operator Function Example***) + addition => 3+44

*) - subtraction => 13-5

*) * multiplication => 7*8

*) / division => 12/3

*) ^ exponentiation (raise to a power of) => 8^2

*) % modulo (finds the remainder after division) => 8%7

choose X choose Y determines the number of ways of choosing a set of Y elements from a set of X elements 18 choose 4

the root of calculates the nth root of a number 5th root of 32

% of X % of Y computes X percent of Y 20% of 150

__on only one number and should come before that number. In these cases, it often helps to put the number in parentheses.__**Some operators work****Operator Function Example**

*) wsqrt square root sqrt(9)

*) sin, cos, etc. trigonometric functions (numbers are assumed to be radians) sin(pi/3)

tan(45 degrees)

*) ln logarithm base e ln(17)

*) log logarithm base 10 log(1,000)

**A few operators come after the number.****Operator Function Example***) ! factorial 5!

You can force the calculator to try and evaluate an expression by putting an equals sign (=) after it. This only works if the expression is mathematically resolvable. For example, 1-800-555-1234= will return a result, but 1/0= will not.

Parentheses can be used to enclose the parts of your expression that you want evaluated first. For example, (1+2)*3 causes the addition to happen before the multiplication.

The in operator is used to specify what units you want used to express the answer. Put the word in followed by the name of a unit at the end of your expression. This works well for unit conversions such as: 5 kilometers in miles.

You can use hexadecimal, octal and binary numbers. Prefix hexadecimal numbers with 0x, octal numbers with 0o and binary numbers with 0b. For example: 0x7f + 0b10010101.

Many of these constants and units have both long and short names. You can use either name in most cases. For example, km and kilometer both work, as do c and the speed of light.

Feel free to experiment with the calculator as not all of its capabilities are listed here. To get you started, we’ve included a few expressions linked to their results.

*) 1 a.u./c

*) 56*78

*) 1.21 GW / 88 mph

*) e^(i pi)+1

*) 100 miles in kilometers

*) sine(30 degrees)

*) G*(6e24 kg)/(4000 miles)^2

*)0x7d3 in roman numerals

*)0b1100101*0b1001

## 0 comments:

Post a Comment