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What is the probability that the spinner and number cube both land on 2?
That would depend on how many numbers are on the spinner and the cube. The more numbers there are, the less likely it is that they would both land an any given number.
If you have 5 colors on a spinner what is the probability it would land on red?
Assuming that the colors are balanced, the probability is 1 in 5.
If the spinner is spun twice what is the probability that the arrow will stop on an even number both times?
It depends on how many points there are that the spinner can land on. If there are 8, for example, the probability would be 8/16, or 1/2...
If you roll a fair die what is the theoretical probability of getting a 5?
Since there are 6 numbers on a die (1-6), then the probability of rolling a 5 would be 1 out of 6.
There are 6 numbers on a normal dice What is the probability that if you roll the dice you'll get the number 100?
Since the numbers (number of dots) on normal dice only go from 1 - 6, then I would think the probability of getting the number 100 is zero.
What is the probability that the spinner and number cube both land on 2?
That would depend on how many numbers are on the spinner and the cube. The more numbers there are, the less likely it is that they would both land an any given number.
What is the probability you would get a 2 on both the number cube and the spinner?
The answer depends on how many sides the spinner has.
What is the probability of this event spinning red on the spinner shown?
To determine the probability of spinning red on a spinner, you need to know the total number of sections on the spinner and how many of those sections are red. The probability can be calculated using the formula: Probability = (Number of red sections) / (Total number of sections). If, for example, there are 4 red sections on a spinner with 10 total sections, the probability would be 4/10 or 0.4, which is 40%.
If you have 5 colors on a spinner what is the probability it would land on red?
Assuming that the colors are balanced, the probability is 1 in 5.
What is the experimental probability of the spinner landing on blue?
To determine the experimental probability of the spinner landing on blue, you need to conduct a series of spins and record the outcomes. The experimental probability is calculated by dividing the number of times the spinner lands on blue by the total number of spins. For example, if the spinner is spun 100 times and lands on blue 25 times, the experimental probability would be 25/100, or 0.25.
If the spinner is spun twice what is the probability that the arrow will stop on an even number both times?
It depends on how many points there are that the spinner can land on. If there are 8, for example, the probability would be 8/16, or 1/2...
If you were spin a spinner numbered 1-10 what would is the probability of getting an odd number?
It is 0.5
You spin the pointer on the spinner. find the probability the pointer will land on 3?
To find the probability of the pointer landing on 3, you need to know the total number of equal sections on the spinner. If the spinner has ( n ) sections, and one of them is labeled 3, the probability is calculated as ( \frac{1}{n} ). For example, if there are 8 sections, the probability would be ( \frac{1}{8} ). Without knowing the total number of sections, the exact probability cannot be determined.
What is the probability of spinning a 5 on the first spinner and a 3 on the second spinner total of spins is 5?
Well it would really depend on how many sections there are in the spinner and how many 3's and 5's there are.
If you spin the spinner two times what is the probability that the spinner will land on the black region twice?
To calculate the probability of spinning the black region twice on a spinner, you first need to determine the total number of possible outcomes when spinning the spinner twice. Let's say the spinner has 8 equal sections, with 2 black regions. The total outcomes for spinning the spinner twice would be 8 x 8 = 64. The probability of landing on the black region twice would be 2/8 x 2/8 = 4/64 = 1/16. Therefore, the probability of landing on the black region twice is 1/16 or approximately 0.0625.
How likely is it that the spinner will land on the blue space?
To determine the likelihood of the spinner landing on the blue space, you need to know the total number of spaces on the spinner and how many of those spaces are blue. The probability can be calculated by dividing the number of blue spaces by the total number of spaces. For example, if there are 2 blue spaces out of 10 total spaces, the probability would be 2 out of 10, or 20%. Without specific numbers, it’s impossible to give a precise likelihood.
How would you find the probablility of a number less than three or a number greater than five on a spinner that is numbered from one to eight?
There are 2 numbers less than 3, so the probability in this case is 2 in 8, or 1 in 4. There are 3 numbers greater than 5, so the probability in this case is 3 in 8. There are 5 numbers less than 3 or greater than 5, so the probability in this case is 5 in 8.
