A Jar Contains Twice As Many Red Marbles

Two marbles are drawn without replacement.

A jar contains twice as many red marbles.

Two marbles are drawn without replacement from a jar containing 4 black and 6 white marbles. The jar contains 4 red marbles 10 blue marbles 7 green marbles and 6 yellow marbles. T total number of marbles b number of blue marbles g number of green marbles r number of red marbles t 765 t b g r b 2 g 3b r 765 b b 2 3b 765 4 5b b 765 4 5 b 170 there are 170 blue marbles. There are twice as many yellow and red marbles and twice as many blue and white marbles.

How many yellow marbles are in the jar. A bag contains 5 red marbles 6 white marbles and 8 blue marbles. You randomly choose a marble from a jar. Find the probability of the event.

If probability of drawing a blue marbles at rand is 2 7 how many blue and green marbles are there in jar. A jar contains 6 red marbles and 10 blur marbles all of equal size. She has twice as many blue marbles as red marbles. You spin the spinner twice.

Spinning a 2 then a number greater than 2. If dominic were to randomly select 1 marble without replacement and then select another marble from the jar. What is the probability of drawing at random a yellow marble from the jar. She has 5 times as many green marbles as red marbles.

A jar contains 48 marbles identical except for color. How many red and blue marbles are 44 225 results. In a jar the number of blue marbles twice the number of red marbles. There are 24 more blue marbles than red.

You draw 5 marbles out at random without replacement. You ve heard two wrong don t make a right. A jar contains blue and green marbles. If there are 2100 more red marbles.

Can someone explain it a little differently or dumber so i can understand it. The jar contains twice as many red marbles as yellow marbles three times as many green as yellow and twice as many purple as red. The number of green marbles is 5 more than twice the number of blue marbles. Find the probability of choosing a yellow marble.

A draw the tree diagram for the experiment. A jar has twice as many red marbles as white marbles eq. B find probabilities for p bb p br p rb p ww p at least one red p exactly one red 3. Milani has a jar with 100 marbles.

R 2w 0 0 and the ratio of blue marbles to white marbles in the jar is 3 5 eq. There are 6 more white marbles than red marbles.