Two fair dice are rolled once- Let X denote the absolute valve of the difference in the numbers that appear on the top faces of the twow dice. Find the probability distribution. of the random variablex.

ga/10 \( \cos d=-\frac{4}{5} \quad M<\alpha<^{\frac{3 H}{2}} \) Hauma \( \operatorname{tg} \frac{\alpha}{2}, \operatorname{tg} 2 \alpha \)

\( \frac{1}{5} \) daripada 20

\( \sqrt {\sqrt {(\sqrt {\sqrt {\sqrt {\sqrt {264\% \frac{5\sqrt {1^{2})1x^{2}11)\% ()\frac{\sqrt {()\% \frac{\frac{x(15236\pi \frac{57^{2}58x^{2}\times +642672}{}}{}}{}}}{}}}{}}}}}}} \)

\( g ( \alpha ) = 3 \alpha - 2 \gamma v ( x ) = x ^ { 2 } + 4 \)

Determine whether the underlined numerical value is a parameter or a statistic. Explain your reasoning. In a poll of a sample of 12,000 adults in a certain city, \( 12 \% \) said they left for work before 6 a.m. Choose the correct answer below. A. Statistic, because the data set of a sample of 12,000 adults in a city is a sample. B. Parameter, because the data set of all adults in a city is a population. C. Parameter, because the data set of a sample of 12,000 adults in a city is a population. D. Es. Statistic, because the data set of all adults in a city is a sample. F. Statistic, because the data set of a sample of 12,000 adults in a city is a population. G. Parameter, because the data set of all adults in a city is a sample. H. Parameter, because the data set of a sample of 12,000 adults in a city is a sample.