A Jar Contains 10 Red Marbles And 20 Blue Marbles

A draw the tree diagram for the experiment.

A jar contains 10 red marbles and 20 blue marbles. What is the minimum sat score needed to be in the top 10 of the distribution. A if one marble is drawn at random what is the probability that it is red. Two marbles are drawn without replacement. A the marble is red b the marble is odd numbered c the marble is red or odd numbered d the marble is blue and even numbered.

A what is the probability that one will be green and the other red. If you remove marbles one at a time randomly what is the minimum number that must be removed to be certain that you have at least 2 marbles of each colour. Two marbles are chosen without replacement. If you take a random sample of two marbles from this jar at the same time and one of the marbles is blue then the probability that the other marble is blue is p 19 29.

A marble is drawn at random from the jar. A jar contains 10 blue marbles 5 red marbles 4 green marbles and 1 yellow marble. A jar contains 15 blue and 10 red marbles. A marble is drawn at random from the jar.

A jar contains 10 red marbles and 20 blue marbles. A the marble is red b the marble is red or odd numbered c the marble is blue and even numbered answer by ikleyn 33701 show source. A jar contains 4 black marbles and 3 red marbles. If you reach in the jar and pull out 2 marbles at random at the same time find the probability that both are red 17 total marbles the 1st pick is 5 17 then 2nd is 4 16 the product is 5 68 makes no difference if you take 2 at a time or 2 different choices without.

Suppose a jar contains 5 red marbles and 12 blue marbles. Scores on the sat form a normal distribution with μ 500 and σ 100. A jar contains 10 red marbles and 20 blue marbles. 4 red 6 white and 10 blue.

There are 25 possible outcomes p red 10 25 2 5. Find the probability of the given event. What is the probability of randomly selecting a red marble. Find the probability of the given event.

Two marbles are drawn without replacement from a jar containing 4 black and 6 white marbles. A jar contains 12 red marbles numbered 1 to 12 and 6 blue marbles numbered 1 to 6. B find probabilities for p bb p br p rb p ww p at least one red p exactly one red 3. In a binomial situation p q 1 00.