Notice: This page requires JavaScript to function properly.
Please enable JavaScript in your browser settings or update your browser.
Apprendre Exponentiation | Section
Essential R Programming for Absolute Beginners - 1768563985826

bookExponentiation

Note
Definition

Exponentiation is the operation of raising a number (the base) to a given power (the exponent).

In R, this operation is available in the base language and is widely used in areas such as finance, probability, and combinatorics.

Syntax

To calculate a raised to the power of n, use one of the following forms:

  • a ^ n;
  • a ** n.

Example

The number of possible outcomes when rolling three dice is calculated as 6 ^ 3, since each die has 6 outcomes.

12
# Number of possible outcomes 6 ^ 3
copy

The result is 216 possible outcomes.

Tâche

Swipe to start coding

You invested $1,000 at an annual interest rate of 13%. Calculate the total amount after 4 years using compound interest by multiplying 1000 by 1.13 raised to the power of 4.

Solution

Tout était clair ?

Comment pouvons-nous l'améliorer ?

Merci pour vos commentaires !

Section 1. Chapitre 6
single

single

Demandez à l'IA

expand

Demandez à l'IA

ChatGPT

Posez n'importe quelle question ou essayez l'une des questions suggérées pour commencer notre discussion

close

bookExponentiation

Glissez pour afficher le menu

Note
Definition

Exponentiation is the operation of raising a number (the base) to a given power (the exponent).

In R, this operation is available in the base language and is widely used in areas such as finance, probability, and combinatorics.

Syntax

To calculate a raised to the power of n, use one of the following forms:

  • a ^ n;
  • a ** n.

Example

The number of possible outcomes when rolling three dice is calculated as 6 ^ 3, since each die has 6 outcomes.

12
# Number of possible outcomes 6 ^ 3
copy

The result is 216 possible outcomes.

Tâche

Swipe to start coding

You invested $1,000 at an annual interest rate of 13%. Calculate the total amount after 4 years using compound interest by multiplying 1000 by 1.13 raised to the power of 4.

Solution

Switch to desktopPassez à un bureau pour une pratique réelleContinuez d'où vous êtes en utilisant l'une des options ci-dessous
Tout était clair ?

Comment pouvons-nous l'améliorer ?

Merci pour vos commentaires !

Section 1. Chapitre 6
single

single

some-alt