How can I solve it? Using the following uniform density curve, answer the question.P(x).125-8 x3) What is the probability that the random variable has a value greater than 5?3)4) What is the probability that the random variable has a value less than 6?

Answered: Image /qna-images/answer/3c0fa3a8-86b4-4291-9f55-c51b6098c913.jpg

Answered: Using the following uniform density…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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What would be the solution to #2 and #4 with steps included?
Is this also the answer to this question: x4/4 + 1/2 + 1/4x2. If it is, can you show the solution to getting this answer?
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solve both algebraically and graphically x+y=4 y=3x
6. Solve the equation 3(3x² + y2)x - 2xydy = 0. a. 2 x² = c(9x² + y²) b. x² = c(3x² + y²) C. d. x³ = c(9x² + y²) 3 x³ = c(3x² + y²) 3
5. Solve 4cos²0 - 1 = 0 and write the general solution.
Look at each pair of solutions below. Did anyone get the correct solution? If not, spot the error or errors. Peter's Jane's solution solution Problem # 1 G** = 163x+1 x-2 x-2 = 163x+1 64 x-2 = 163x+1 4-3(x-2) = 42(3x+1) 43(x-2) = 42(3x+1) -Зх + 6 3 бх + 2 Зх- б - бх + 2 -9x = -4 -3x = 8 X = X = 3 Problem # 2 (0.6)*-3 > (0.36)-x-1 (0.6)*-3 > (0.36)¬x-1 (0.6)*-³ > (0.36)~x-1 (0.6)*-3 > (0.6²)~*-1 (0.6)*-3 > (0.6²)-*-1 (0.6)*-3 > (0.6)2(-x-1) (0.6)*-3 > (0.6)²(-x-1) (0.6)*-3 > (0.6)-2x-2 (0.6)*-3 > (0.6)-2x-2 х— 3 >-2х-2 х — 3 1 Зх . 3 3 A.
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solve neatly and write legibly so i can understand thank you!

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Using the following uniform density curve, answer the question. P(x) 125- 3) What is the probability that the random variable has a value greater than 5? 3) 4) What is the probability that the random variable has a value less than 6?