For a lottery game, a player must match a sequence of three repeatable numbers, ranging from 0 to 9, in exact order (for example, 3–7–2). With a single ticket, what is the probability of matching the three winning numbers? The probability is nothing.

In order to calculate the probability of winning we first need to calculate the probability of hitting a single number. Since each number can only be between digits 0 and 9 that means there is a 1/9 chance of getting one of the numbers correct. Now we simply multiply this probability three times to calculate the probability of getting the correct digit three times in a row to get the winning ticket. When multiplying fractions simply multiply all the numerators together and then all the denominators together.

[tex]\frac{1}{9} * \frac{1}{9} * \frac{1}{9} = \frac{1}{729}[/tex]

Therefore the probability of getting a winning ticket is [tex]\frac{1}{729}[/tex]

For a lottery​ game, a player must match a sequence of three repeatable​ numbers, ranging from 0 to​ 9, in exact order​ (for example, 3–7–​2). With a single​ ticket, what is the probability of matching the three winning​ numbers? The probability is nothing.

Respuesta :

Otras preguntas

For a lottery game, a player must match a sequence of three repeatable numbers, ranging from 0 to 9, in exact order (for example, 3–7–2). With a single ticket, what is the probability of matching the three winning numbers? The probability is nothing.