The uniform distribution of a random variable X is given in the figure below. From the...

Question

Question

The uniform distribution of a random variable X is given in the figure below.

From the figure, what is P(X>1.2) or P(X<0.14)?

Answer 1

Answer #1

(ܝܺܗ ܢܬܛ -X ܐܢ > 20 ܐܒܝܦܐ ܕ݁ܰܠܘܺܠܚܶܥܰܐܶ- ܙܝܣܢ ܀ 19-37e ܝ ܨ .. - ܢܫܢܣܝܫܓܤ ܓܝܩ ܕܝܘܐ ܝܪ.: - ܘ

Answer 2

Similar Homework Help Questions

HOMEWORK Chapter 6 Score: 9/22 11/22 answered x Question 11 < > Score on last try:...

HOMEWORK Chapter 6 Score: 9/22 11/22 answered x Question 11 < > Score on last try: 0 of 1 pts. See Details for more. > Next question You can retry this question below Suppose you want to have $600,000 for retirement in 35 years. Your account earns 5% annual interest compounded monthly. How much would you need to deposit in the account at the end of each month? Submit Question Type here to search o
Let the random variable X have a uniform distribution on [0,1] and the random variable Y...

Let the random variable X have a uniform distribution on [0,1] and the random variable Y (independent of X) have a uniform distribution on [0,2]. Find P[XY<1].
HW 6.2 Score: 15.8/26 16/18 answered X Question 17 < > Score on last try: 0...

HW 6.2 Score: 15.8/26 16/18 answered X Question 17 < > Score on last try: 0 of 3 pts. See Details for more. > Next question Try a similar question You can retry this question below 700 800 900 1000 1100 1200 130 SAT Scores Q Use the graph above to find the following. Round to one decimal if needed. a. Out of a random sample of 83 exams, how many you would expect to be between 1110 and 1190...

x Question 13 < > Score on last try: 0 of 1 pts. See Details for...

x Question 13 < > Score on last try: 0 of 1 pts. See Details for more > Next question You can retry this question below At standard temperature and pressure conditions, the volume of an ideal gas contained in a jar is 55.3 L. How many molecules are in the jar. This question is to be answered in scientific notation (eg 1.5 e5) 1.478e24 х Submit Question
Assume that a procedure yields a binomial distribution with a trial repeated n = 5 times....

Assume that a procedure yields a binomial distribution with a trial repeated n = 5 times. Use some form of technology to find the probability distribution given the probability p = 0.463 of success on a single trial (Report answers accurate to 4 decimal places.) P(X = k) 0 132 321321 1321 Submit Question A poll is given, showing 55% are in favor of a new building project. If 10 people are chosen at random, what is the probability that...
10 answered x Question 12 7 > Score on last try: 0 of 8 pts. See...

10 answered x Question 12 7 > Score on last try: 0 of 8 pts. See Details for more. > Next question Try a similar question You can retry this question below Objective [2.91 You have agreed to loan some money to a friend at a simple interest rate of 130% which is outrageous but still about half of the payday loan places! To make it easy on your friend who never took Math 140 you tell him you'll give...

please answer both questions!! the last person got onw wrong, and one partially wrong. thank you...

please answer both questions!! the last person got onw wrong, and one partially wrong. thank you so much!! Score: 83/100 32/35 answered x Question 27 < > Score on last try: 0 of 2 pts. See Details for more. > Next question You can retry this question below Using the Law of Sines to solve the all possible triangles if ZA = 102, a -25,6 = 19. If no answer exists, enter DNE for all answers. ZB is degrees; ZC...
lo (P15) Suppose X is a random variable with the uniform distribution over the interval (1.2)...

lo (P15) Suppose X is a random variable with the uniform distribution over the interval (1.2) and Y = X4 (a) Compute P[Y St] as a function of t. You need to distinguish three different cases. (b) Find the probability density function of Y and use it to compute EY).
Let x be a continuous random variable with a uniform distribution. x can take on values...

Let x be a continuous random variable with a uniform distribution. x can take on values between x=20 and x=54. Compute the probability, P(26<x<39). P(26<x<39)= ? (Give at least 3 decimal places) Let x be a continuous random variable with a uniform distribution. x can take on values between x=13 and x=52. Compute the probability, P(27<x<36). P(27<x<36)= ? (Give at least 3 decimal places)

1) Random variable x has a uniform distribution defined by the probability density function below. Determine...

1) Random variable x has a uniform distribution defined by the probability density function below. Determine the probability that x has a value of at least 220. f(x) = 1/100 for values of x between 200 and 300, and 0 everywhere else A) 0.65 B) 0.80 C) 0.75 D) 0.60 2) The method of sampling that ensures that every subgroup of interest in a particular study is represented in the sample is called: A) systematic random sampling B)...