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If the standard deviation of 0,1,2,3…..9 is K, then the standard deviation of 10,11,12,13…. 19 is

K + 10
K
$\sqrt{10} + K$
$10 K$

hint Hint:

The standard deviation is a metric that reveals how much variance from the mean there is, including spread, dispersion, and spread. A "typical" variation from the mean is shown by the standard deviation. Here we have to find the standard deviation of 10,11,12,13…. 19.

The correct answer is: K

The two key areas in statistics are variance and standard deviation. It is a metric for statistical data dispersion. The degree to which values in a distribution deviate from the distribution's average is known as the dispersion.
The standard deviation is a metric that reveals how much variance from the mean there is, including spread, dispersion, and spread.
Variance is a measurement of how widely distributed a set of data is. The variance is said to be zero if all the data values are the same.
Both sequences have the same standard deviation because the standard deviation only considers the total number of values and the difference between the mean and each value.

If $1^{s t}$ sequence is $x_{i}$ and $2^{n d}$ sequence is $y_{i}$ , then, we get:

$y_{i} = 10 + x_{i}$

$y = 10 + x$

So, $y - y_{i} = x - x_{i}$

Here we used the concept of standard deviation, we also understood how standard deviation is related to variance. When each element is raised by the same constant, the standard deviation remains the same. So here if the standard deviation of 0,1,2,3…..9 is K, then the standard deviation of 10,11,12,13…. 19 is also K.

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The initial pressure of the gas is

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If the standard deviation of 0,1,2,3…..9 is K, then the standard deviation of 10,11,12,13…. 19 is

K + 10 K

The standard deviation is a metric that reveals how much variance from the mean there is, including spread, dispersion, and spread. A "typical" variation from the mean is shown by the standard deviation. Here we have to find the standard deviation of 10,11,12,13…. 19.

The correct answer is: K

Related Questions to study

When 15 was subtracted from each of the seven observations the following number resulted : -3,0,-2,4,6,1,1. The mean of the distribution is

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The standard deviation of a variable x is . The standard deviation of the variable where a, b, c are constants is ...

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A block of ice at is slowly heated and converted to steam at . Which of the following curves represents the phenomena qualitatively ?

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K + 10
K
$\sqrt{10} + K$
$10 K$

The standard deviation of a variable x is $sigma$ . The standard deviation of the variable $fraction numerator a x plus b over denominator c end fraction$ where a, b, c are constants is ...

The standard deviation of a variable x is $sigma$ . The standard deviation of the variable $fraction numerator a x plus b over denominator c end fraction$ where a, b, c are constants is ...

If $text end text n element of N text and end text 0 less or equal than theta less than pi text end text$ then the value of $stretchy integral subscript 0 end subscript superscript n pi plus theta end superscript vertical line s i n invisible function application x vertical line$ dx is equal to

If $text end text n element of N text and end text 0 less or equal than theta less than pi text end text$ then the value of $stretchy integral subscript 0 end subscript superscript n pi plus theta end superscript vertical line s i n invisible function application x vertical line$ dx is equal to

If $I equals integral x square root of fraction numerator x to the power of 2 end exponent plus 1 over denominator x to the power of 2 end exponent minus 1 end fraction end root d x comma text end text$ then I equals

If $I equals integral x square root of fraction numerator x to the power of 2 end exponent plus 1 over denominator x to the power of 2 end exponent minus 1 end fraction end root d x comma text end text$ then I equals

A block of ice at $negative 10 to the power of ring operator end exponent C$ is slowly heated and converted to steam at $100 to the power of ring operator end exponent C$ . Which of the following curves represents the phenomena qualitatively ?

A block of ice at $negative 10 to the power of ring operator end exponent C$ is slowly heated and converted to steam at $100 to the power of ring operator end exponent C$ . Which of the following curves represents the phenomena qualitatively ?