3. Given: ZS ZV A T Prove: ASTX-AVTU 5. Given: MQOP 4. Given: NO PO QO MO 218 Z 0 M Prove: AMNO APQO 6. Given: GHG KJ JL K G Prove: AGHI~AJKL Prove: AMQN~AOPN Practice B: Write a similarity proof. 7. Given: MN ON = NR ' PR QR M N R 4 Statement Prove: AMNO-APQR Page 2/4 + Reason

What additional information is needed to prove the triangles similar by the SAS-Criterion?

An instructor has given a short quiz consisting of nvo parts. For a randomly selected student, let X= the number of points earned on the first part and Y= the number of points earned on the second part. Suppose that thejoint pmf of X and Yis given in the accompanying table. a. If the score recorded in the grade book is the total number of points earned on the nvo parts,what isthe expected recorded score E(X + Y)? b. If the maximum of the two scores is recorded,what isthe expected recorded score?                                                         A random variable is normally distributed with a mean of m =50 and a standard deviation of <T  =5.   Sketch a normal curve for the probability density Label the horizontal ax. is with values of 35, 40, 45, 50, 55, 60, and 65. Figure 6.4 shows that the normal curve almost touches the horizontal axis at three standard deviations below and at three standard deviations above the mean (in this case at 35 and 65). What is the probability…

State the conditions required for performing a Kruskal– Wallis test.

i need this quesrion Solution other pic is just for Reference #3 With the same conditions as #3, what is the probablity that a randomly chosen student has a desktop, if we know they have a Playstation?

A company specializes in producing bunkers located in places with extremely cold climates under 0°C. A prototype for a new bunker design using different structure design and materials was tested to have the following average interior temperatures: 23.01, 22.22, 22.04, 22.62, and 22.59. Test that the average interior temperature is equal to 22.5 °C using α = 0.05. a.What are the hypothesis statements?

A research center claims that that 31% of adults in a certain country would travel into space on a commercial flight if they could afford it. In a random sample of 1200 adults in that country, 33% say that would travel into space on a commercial flight if they could afford it. At alpa= 0.05, isthere enough evidence to reject the research centers claim complete parts a through d below

Please make sure the hypothesis is set up like this: Ho: Mew = value H1: mew < or > value for h1 I'm stuck on whether it is less than or greater than.

Compute the similarity dimension of the fractal. Round to the nearest thousandth. The Sierpinski carpet, variation 2

A tetrahedron has four upturned faces numbered 1,2,3, and 4. An experiment using a fair tetrahedron was done and the number in the upturned face was recorded. Let X be the number in the upturned face of the tetrahedron, give the P[X=x].