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The answer depends on
- how many distinct colours there are
- how many stars of each colour
- how many stars are chosen
- whether or not each star is replaced before the next one is chosen,
- whether they are chosen randomly.
Since you have not bothered to share any information on these factors, I cannot provide a more useful answer.
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What is the probability of choosing a red spade?
The probability of drawing a red spade is zero. There are no red spades in a standard deck.
What is the probability of not choosing a green marble from a jar containing 5 red 6 green and 4 blue marbles?
This is the same as the probability of choosing either a red of a blue marble. There are 5+4 out of 15 ways of doing this. The probability is therefore 9/15 = 3/5.
If a bag contains 90 red counters and the probability of choosing a red counter is 0.3. How many blue counters?
120
What is the probability of choosing blue marble followed by a green marble from a bag containing 5 blue 5 green and 5 red marbles?
The probability of choosing a blue marble is 5 in 15 or 1 in 3. The probability of then choosing a green marble is 5 in 14. (One is missing) Multiply the two probabilities and you get 5 in 42.(P = 0.1190... about 12%).
What is the probability of getting heads when you toss a coin and then choosing a red card from a deck of cards?
It is 1/2 * 1/2 = 1/4
What is the probability of a bag filled with brown red and pink candies and choose one what is the probability of choosing a red piece of candy There are 9 brown pieces 8 red pieces and 11 pink pieces?
28
What is the probability of choosing a red spade?
The probability of drawing a red spade is zero. There are no red spades in a standard deck.
What is the probability of choosing a red ten?
Since there are 2 red tens in a deck of 52 cards, the probability of choosing a red ten is 2 out of 52 = 1 out of 26 = 0,0384615385...
What is the probability of not choosing a red or black card from a standard deck of 52 playing cards?
The probability is 0.
What the probility of choosing red card of the black?
The probability, or probility, even, is 0 since tere can be no such thing as "choosing red card of the black".
What is the probability for choosing a red marble?
More information is required. Probability by definition is the proportion of a part, called a sample, to the whole, called a population. Thus in this question, we are given the sample only and without the population, it is impossible to calculate the probability. We need to know the size of the population. As a guide, supposing there are 8 red marbles in a jar containing 40 marbles, then the probability of choosing red is 8/40 or 1: 0.2. There is 20 per cent probability of choosing red.
What is the probability of choosing a marble that is not blue out of 5 red and 6 green?
100%
What is the probability of not choosing a green marble from a jar containing 5 red 6 green and 4 blue marbles?
This is the same as the probability of choosing either a red of a blue marble. There are 5+4 out of 15 ways of doing this. The probability is therefore 9/15 = 3/5.
If there are 6 green balls 3 red balls and 1 pink ball in a container what is the probability of choosing a green ball without looking in the container first?
6/10 or reduced is 3/5
What is the theoretical probability of choosing a red and blue marble on a turn?
cant answer this question without more information....probability requires a ratio.
What is the probability of choosing 4 red marbles out of 7 red marbles and 5 green marbles?
1/3
What is the probability of choosing a red tile from a bag of 4 red tiles and 6 blue tiles?
4/10
