The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.
The probability is(the total number of numbers on the spinner minus 5)/(the total number of numbers on the spinner)Another way to express the same probability is1 - 5/(the total number of numbers on the spinner)
Well it would really depend on how many sections there are in the spinner and how many 3's and 5's there are.
There is a 2 in 5 chance that the spinner will stop in a red section.
The answer depends on the shape of the spinner and the numbers on it.
The probability is 5/9.
The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.The answer depends on the characteristics of the spinner.
9
You have a 1/9 chance of landing a 2 on the first spin and a 1/9 chance of landing 5 on the second, so the chances of landing on a 2 then a 5 should be (1/9)*(1/9) = 1/81
2:5
The probability is(the total number of numbers on the spinner minus 5)/(the total number of numbers on the spinner)Another way to express the same probability is1 - 5/(the total number of numbers on the spinner)
The answer depends on the shape of the spinner and the numbers on it.
If the lines between the sections had no width: 20% of Landing on 1, 20% on 2, 20% on 3, 20% on 4 and 20% on 5.
Assuming that the colors are balanced, the probability is 1 in 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.
The probability is(5 times the number of 6s on the spinner/6 timesthe total number of different positions on the spinner)
If it is a fair spinner, then 3/8