Recent questions in Descriptive Statistics

Descriptive StatisticsAnswered question

Arturo Callahan 2023-03-21

What is the range of the function $y={x}^{2}$?

Descriptive StatisticsAnswered question

Claudia Marshall 2023-03-11

The domain and range of $y=\mathrm{sin}x$ is

A)$R,[0,\mathrm{\infty}]$

B)$R,[-1,1]$

C)$R,[-\mathrm{\infty},\mathrm{\infty}]$

D)$R,[1,\mathrm{\infty}]$

A)$R,[0,\mathrm{\infty}]$

B)$R,[-1,1]$

C)$R,[-\mathrm{\infty},\mathrm{\infty}]$

D)$R,[1,\mathrm{\infty}]$

Descriptive StatisticsAnswered question

vomi2xn 2023-03-06

Mean of the squares of the deviations from mean is called the:

Variance

Standard deviation

Quartile deviation

Mode

Variance

Standard deviation

Quartile deviation

Mode

Descriptive StatisticsAnswered question

Nola Nunez 2023-02-18

What is the effect of wind speed on evaporation?

Descriptive StatisticsAnswered question

ordewayaeroge9sqy 2023-02-18

What is the range of a linear function?

Descriptive StatisticsAnswered question

Rory Moran 2023-02-17

Find the range of $\frac{{x}^{2}}{1-{x}^{2}}$

Descriptive StatisticsAnswered question

pienelis8n9 2023-02-13

State the main limitations of statistics.

Descriptive StatisticsAnswered question

Elise Griffith 2023-02-02

What is the range of the function y = x?

Descriptive StatisticsAnswered question

Savanne1bo 2022-12-30

Tell whether the statement is true or false : A data always has a mode.

Descriptive StatisticsAnswered question

NormmodulxEE 2022-12-05

In most cases,_____variables are not considered to be equal unless they are exactly the same.

Descriptive StatisticsAnswered question

umthumaL3e 2022-12-03

A local newspaper in a large city wants to assess support for the construction of a highway bypass around the central business district to reduce downtown traffic. They survey a random sample of 1152 residents and find that 543 of them support the bypass. Construct and interpret a 95% confidence interval to estimate the proportion of residents who support construction of the bypass.

Descriptive StatisticsAnswered question

ramirezherePYM 2022-12-01

$3+3x3-3+3=?$What is the right answer and how?

Descriptive StatisticsAnswered question

Karissa David 2022-11-29

What is the simplified form of the following expression assuming all variables are non-zero values? $\frac{(X\times Y)}{X}\times \frac{Z}{Y}=$

Descriptive StatisticsAnswered question

Kierra Griffith 2022-11-29

We need to determine whether the variable is qualitative or quantitative. The mpg a car gets while driving on the highway Is the variable qualitative or quantitative?

Descriptive StatisticsAnswered question

SzigetiWG4 2022-11-26

Which statement best describes the domain and range of $f(x)=-(7{)}^{X}$ and $g(x)={7}^{X}$ ?

Descriptive StatisticsAnswered question

Neil Sharp 2022-11-25

When is graph G with n vertices is isomorphic to complement $\overline{G}$?

Question : When is graph G with n vertices is isomorphic to complement $\overline{G}$?

So, total no of edges that a n vertex graph can have is $(}\genfrac{}{}{0ex}{}{n}{2}{\textstyle )$. And if G is isomorphic to $\overline{G}$ then no of edges in G is equal to no of edges in $\overline{G}$. So no of edges in $(}\genfrac{}{}{0ex}{}{n}{2}{\textstyle )$ . But for this to be an integer, n = 4k or n = 4k+1 for some integer k.

My question is : Is this the only requirement? That is, is n=4k or 4k+1 the sufficient condition to construct such a graph G? Does it have anything to do with the fact that G and $\overline{G}$ can both be bipartite if both of them don't have any triangle in it? The question asks to think about what is the condition of G and $\overline{G}$ simultaneously bipartite.

Question : When is graph G with n vertices is isomorphic to complement $\overline{G}$?

So, total no of edges that a n vertex graph can have is $(}\genfrac{}{}{0ex}{}{n}{2}{\textstyle )$. And if G is isomorphic to $\overline{G}$ then no of edges in G is equal to no of edges in $\overline{G}$. So no of edges in $(}\genfrac{}{}{0ex}{}{n}{2}{\textstyle )$ . But for this to be an integer, n = 4k or n = 4k+1 for some integer k.

My question is : Is this the only requirement? That is, is n=4k or 4k+1 the sufficient condition to construct such a graph G? Does it have anything to do with the fact that G and $\overline{G}$ can both be bipartite if both of them don't have any triangle in it? The question asks to think about what is the condition of G and $\overline{G}$ simultaneously bipartite.

When you are majoring in subjects like Engineering, Sociology, or Economics, the chances are high that you will require descriptive statistics help, which basically stands for those cases when you need to provide more than calculations or statistical data that is presented in numbers. You may also require general help with the equations, which is why the list of answers presented will help you to proceed with your challenges. You can start with the bar graphs example We also list several descriptive statistics examples that will make it easier to understand how this part of statistics and probability works. In case you need to provide