The answer depends on the design of the spinner: how many sides and what numbers on them.
If a five color spinner with equal sections of red blue green yellow and orange is spun six times, the probability of getting no reds in all six spins is 26.2%. The probability of no red on one spin is 4 out of 5, or 0.8 The probability of no red in six spins is 0.86.
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.
The answer depends on the shape of the spinner and the numbers on it.
Well it would really depend on how many sections there are in the spinner and how many 3's and 5's there are.
To determine how many times Kareen should expect to win when spinning the arrow 10 times, we need to know the probability of winning on a single spin. If, for example, the probability of winning is 0.3 (or 30%), then he can expect to win about 3 times in 10 spins (10 spins × 0.3 probability = 3 wins). Adjust the expected number of wins based on the actual probability of winning in the game.
If a five color spinner with equal sections of red blue green yellow and orange is spun six times, the probability of getting no reds in all six spins is 26.2%. The probability of no red on one spin is 4 out of 5, or 0.8 The probability of no red in six spins is 0.86.
The probability that a spinner with N sides stops on 2 particular numbers in two spins in 1 in N2. It does not matter what the two numbers are, since the two spins are sequentially unrelated.
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.
The answer depends on the shape of the spinner and the numbers on it.
Well it would really depend on how many sections there are in the spinner and how many 3's and 5's there are.
I'm assuming that a "1-8 spinner" is similar to an eight-sided die, so the probability of spinning a 10 is zero. When throwing dice, or flipping a coin, etc., each outcome is independent. That is, it's not influenced by the previous outcome(s). So if you get three 8s in a row then the probability of getting an 8 on the fourth throw remains at 1/8. The probability of an 8 on each and every throw is always 1/8.
The probability of landing on black twice on a spinner with white, black, and striped sections is (1/3)^2 = 1/9. This is because there is a 1/3 chance of landing on black on each spin, and the spins are independent events.
because it spins when it jumps out of the water
The spinner dolphin.
A Dusra is when an off spinner bowls a ball that looks like it will off-spin, but spins away to the left, like a leg spinner. When a leg-spinner does this it is a googly
Well, if the spinner has equal sections, and green is one of them, then statistically speaking, you would expect it to land on green about 100 times out of 600 spins. But hey, life's full of surprises, so don't bet your retirement savings on it!
Independent.