If the two numbers are chosen randomly, they are independent so the fact that the value of the first is completely irrelevant. The probability that the second is more than 0.75 is the probability that a random number, between 0 and 1, is greater than 0.75 and that probability is 0.25.
The probability would be 1/32. Possible answers that fit the conditions would be .2,1 .2,.95 but .95,2 will not work. what you have to realize then is that .96-.2 has to be greater than .75 as stated. Because there is an infinite amount of numbers, or points on a number line, you must find length, or in this case, area. Create a graph, with an x-axis and y-axis. Now draw a square with side lengths 1. This area is equal to one, or 100 percent. By finding the area of numbers, or coordinates, that fit the condition, you can find the probability out of 100 percent that fits. Above, it says .96-.2 has to be greater than .75, so put into variables, that means y-x>.75 which simplifies to the inequality y>x+.75. Graph this as if it were y=x+.75 (or put it into a graphing calculator if you don't know how to do so). Now isolate the triangle that is formed by the line you drew and the square drawn earlier. this is an isosceles triangle, because the line has an elevation of 45 degrees. the side lengths are the same, and because there is .25 between .75 and 1, then both leg lengths of this triangle are .25. Now find the area of this triangle, and that is your answer
The probability of getting two prime numbers when two numbers are selected at random and without replacement, from 1 to 10 is 2/15.
The probability is 5/6.
there is no end to numbers so the probability is very high
The probability is 8/20.
Probability are the odds of something happening but has multiple answers. Such as probability of getting a 5 in a fair dice would be 1 out of 6 because there are 6 numbers on a dice altogether, and ONE chance of getting a 5 from the total of 6. Therefore, the probability of getting a 5 or any number from a dice would be 1/6.
The probability of getting two prime numbers when two numbers are selected at random and without replacement, from 1 to 10 is 2/15.
The answer depends on how many numbers are selected.The answer depends on how many numbers are selected.The answer depends on how many numbers are selected.The answer depends on how many numbers are selected.
The probability is 5/6.
there is no end to numbers so the probability is very high
If the winning numbers are picked at random, the probability is 1 in 169911.
The theoretical probability of getting an odd product would depend on the specific scenario. If we are talking about rolling a pair of fair dice, the probability would be 1/2 since half of the possible outcomes (3, 5, 15, etc.) would result in an odd product. However, if we are talking about multiplying two randomly selected numbers from a large set, the probability would depend on the distribution of the numbers in the set.
The probability is 8/20.
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)
To find the probability of getting an even number (2, 4, or 6) between 2 and 4 times when rolling a fair die 8 times, we need to calculate the probabilities of getting 2, 3, or 4 even numbers and add them up. The probability of getting exactly 2 even numbers is C(8, 2) * (1/2)^2 * (1/2)^6 = 28/256. The probability of getting exactly 3 even numbers is C(8, 3) * (1/2)^3 * (1/2)^5 = 56/256. The probability of getting exactly 4 even numbers is C(8, 4) * (1/2)^4 * (1/2)^4 = 70/256. Adding these probabilities together, the probability of getting an even number between 2 and 4 times is (28 + 56 + 70)/256 = 154/256 = 77/128.
One chance in 6.
The event space comprises the numbers 10 to 99, 90 such numbers. The favourable events are 15, 21, 27, ... , 99. There are 15 such numbers. So the probability is 15/90 = 1/6
It is called probability. All numbers have an equal opportunity of being selected and if they run the lottery say for 100 billion times they all will probably be selected.