# How do you generate random Numbers in Apple numbers?

Generating random numbers in Apple Numbers is easy and can be done in a few steps:

1. Open the Numbers program and create a spreadsheet.

2. Select the cell(s) where you would like to generate random numbers.

3. In the toolbar, click on the “Functions” dropdown menu, then click on the “random” option.

4. You will see a list of number functions, such as “rand()” or “randomInt()”.

5. To generate random numbers, type in your desired function. For example, “rand()” will generate a random number between 0 and 1. If you would like to create a range of numbers, then you can use “randInt(x,y)” where x and y are the desired numbers.

6. Once you have entered the desired function, hit the enter key and the random number(s) will populate your cells.

You can also use Apple Numbers’ Presets, which are located in the “Data” tab. This allows you to generate centered numbers, increase/decrease numbers in a given range and more.

You can also add in some extra layers of complexity by using special characters such as ‘#’ or ‘*’ to create random symbols, which will generate a different set of numbers.

With Apple Numbers you can quickly and easily generate random numbers for anything from accounting reports to basic math equations.

## How do you shuffle a row?

Shuffling a row can be done in a couple of different ways. The first way to do it is to use a random number generator and generate numbers between 1 and the size of the row. Then, use these numbers to assign positions in the row and rearrange the elements.

For example, if the row has 6 elements, generate 6 random numbers between 1 and 6, and assign them to the elements. The second way to shuffle a row is to swap two elements at random. Generate two numbers between 0 and the size of the row, and then swap the elements at those two positions.

Repeat this process until you’ve shuffled the elements into a random order. Finally, a third way to shuffle a row is to use the Fisher-Yates algorithm. This is a method for randomly shuffling the elements in a row.

It works by starting at the end of the row, and then randomly selecting an element, and placing it at the current position. It then moves to the next spot and repeats the process. If you keep repeating this process until you reach the beginning of the row, you will have successfully shuffled the elements.

## What is a number generator?

A number generator is a type of software or algorithm that produces a sequence of numbers with specific characteristics. These numbers can be used for a variety of purposes, including random sampling, creating unique codes or passwords, statistical sampling, creating cryptographic key pairs, and other applications.

Number generators can utilize a variety of methods to generate numbers, including pseudo-random number generators (PRNGs) and linear congruential generators. Some popular examples of number generators are the Mersenne Twister, the LCG (Linear Congruential Generator), and the Blum Blum Shub algorithm.

These algorithms can produce anything from simple uniform numbers to more complex patterns suited for statistical analysis and usage. In addition to hardware random number generators, many operating systems also contain software-based generators.

All random number generators use some form of entropy – randomness during the generation process – to determine the outcome of the numbers.

## Why is 17 the most common random number?

17 is often used as a “random” number because it is considered to be a safe bet. It is neither too small nor too large, and it is easy to remember. Additionally, in mathematics, 17 is a prime number, which makes it unlikely to occur in any patterns.

As a result, gamers, developers, and others looking for random numbers often turn to 17 as a safe choice to ensure their games, programs, or other tasks have enough randomness. Furthermore, 17 is seen as a neutral number, which makes it a more palatable choice for many uses.

Its neutrality makes it unlikely to offend or create controversy, which might happen if some other numbers that hold deeper significance or cultural importance were used.

## Is Google random number generator truly random?

No, the Google random number generator is not truly random. While it is referred to as a random number generator, it is actually a pseudo-random number generator, as it uses an algorithmic approach to generate a sequence of numbers that appear random.

These numbers are not completely unpredictable, as they are generated from a given starting point. Additionally, the sequence of numbers generated can sometimes be predicted due to the algorithm used to generate them.

Therefore, it is not a truly random number generator, as a truly random number generator would generate numbers that are truly unpredictable.

## What is the most picked number between 1 and 100?

The most picked number between 1 and 100 is likely to be either 7 or 3. In a survey of around 4,000 people conducted by the online poll platform Vivatic, 7 was the most popular choice, receiving around 10% of the total votes.

It was followed by 3, which was chosen by 8% of respondents. Generally, people tend to choose single-digit numbers as they have less possible permutations and are therefore easier to remember. Other popular choices include 21, 17, and 8.

## Can a random number generator be manipulated?

Yes, a random number generator can be manipulated. There are certain vulnerabilities and flaws in the code that makes up the random number generator that can be exploited. Hackers can take advantage of these weaknesses and manipulate the output of the random number generator.

This can be done in a few different ways, including modifying the code to give a specific output, or by manipulating the mathematical function that the random number generator is based on. Additionally, random number generators can be systematically tested to detect any possible flaws that may be present that could be used to manipulate the generator.

If any weaknesses are found, they must be addressed with an updated version of the generator to prevent any further manipulation.