IDNStudy.com, ang iyong mapagkakatiwalaang platform para sa mga eksaktong sagot. Makakuha ng hakbang-hakbang na mga gabay para sa lahat ng iyong teknikal na tanong mula sa mga miyembro ng aming komunidad na may kaalaman.

1. In the book shelf inside your classroom there are 6 Mathematics books and S Science books. I four books were selected at random one after the other, below will be the table of values of random variable M representing the number of Mathematics books. Illustrate the probability distribution of each values of the random variable M. Outcomes Number of Mathematics books (Value of M)

outcomes. number of mat- _______________. hematics boo-
______________. ks (value of M)
______________. ____________
______________. ____________
______________ ____________​


Sagot :

Answer:

[tex] \yellow{ \rule{1pt}{999999pt}}[/tex]

Step-by-step explanation:

[tex] \yellow{ \rule{1pt}{999999pt}}[/tex]

Answer:

On one shelf there are 6 different math books, 4 different science books and 8 novels. How many ways can books be organized if groups are maintained (i.e., all math books are grouped together, science books are grouped together and novels are grouped together).

Solution: There are 6 math books so if we think of filling 6 slots with six books, we will start with 6 books for the first slot, then 5, then 4, etc: 6– × 5– × 4 - × 3– × 2– × 1– = 720 ways.

There are 4 science books so we can organize them in 4– × 3– × 2– × 1– = 24 ways.

There are 8 novels so we can organize them in 8– × 7– × 6– × 5– × 4– × 3– × 2– × 1– = 40,320 ways.

Now, if each type of book can be arranged in so many ways and there are three types of books that can be displayed in 3– × 2– × 1– = 6 ways, then there are:

720 × 24 × 40320 × 6 = 4,180,377,600 total ways to organize books.

And brainliest pls :)

and also sorry if wrong