The probability of the spinner stopping on a continent can be calculated by finding the total number of sections labeled as continents (3) and dividing it by the total number of sections on the spinner (4).
So, the probability of the spinner stopping on a continent is 3/4.
Since the outcomes of the spins are independent events, the probability of the spinner stopping on a continent in the next ten spins will remain 3/4 for each individual spin.
Therefore, the probability of the spinner stopping on a continent in the next ten spins is equal to (3/4)^10 = 0.05631351422 or approximately 5.63%.
A spinner is divided into 4 sections labeled as K.IND Xavier reproduce C will and uses a computer to simulate the outcomes of 500 spends.What is a probability that these better will stop on a continent on the next ten
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