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Part 3 . You are given the following diode circuit. Please answer the following questions and show your work on the scratch paper.  R2 = 4kohms, R1 = 2kohms Match with closest answer, you may reuse numbers.

I understand that cheating on a test will result in a zero on the test and a referral for academic dishonesty to the Associate Dean of Students. 

Weights, in grams, of a particular part were recorded and broken down as follows: [0, 0.5): 15 [0.5, 1): 20 [1, 1.5): 15 [1.5, 2): 20 [2, 2.5]: 5    This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out.   Perform a Chi-Square Goodness of fit test on this data to determine if it has the continuous uniform pdf between 0 and 2.5. What is the numerical value of the test statistic?    

A nursing student has collected the systolic blood pressures from seven men: 130 mm Hg, 142 mm Hg, 115 mm Hg, 155 mm Hg, 138 mm Hg, 128 mm Hg, and 128 mm Hg This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out. The table for a normal probability plot would be: j xj (j-0.5)/n zj 1 A F K 2 B G L 3 C H M 4 D I N 5 E J O 6 P Q R 7 S T U To two decimal places, L = _____

Suppose you do a contingency table test with 5 rows and 3 columns and use P(Type 1 error) = 0.05.   The test statistic value is 12.73.   This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out.   What is your conclusion and inference?  Select the best answer.

For which of the following distributions is the random variable, X, x > 0?  This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out.

A psychology experiment asked sixteen people to choose a number between 2 and 3 to two decimal places.  The experimenter believed that these numbers would be chosen according to a continuous uniform distribution. 3 people chose a number equal to 2.00 up to (equal to) 2.25 4 people chose a number larger than 2.25 up to (equal to) 2.50 6 people chose a number larger than 2.50 up to (equal to) 2.75 3 people chose a number larger than 2.75 up to (equal to) 3.00 This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out. Perform a Chi-Square Goodness of Fit test on this data.  The numerical value of the p-value is ______.  Enter your answer to four decimal places.

Show the face of your calculator to the camera for 8 seconds (count to 8). We need to know what calculator you’re using.   If you are not using a calculator, say out loud, “I am not using a calculator”.

A packaging plant at Acme manufacturing has boxes that hold eight parts.  These parts arrive to the packaging station according to a Poisson Process at a rate of 6 parts/hour.   This question is part of a quiz or exam at Arizona State University.  No portion may not be posted to any website, photos and screenshots may not be taken, and no portion of it may be printed out. The box will be loaded onto a truck when it is full.  A full box has just been loaded onto a truck and the next empty box is ready to be filled.  Determine the probability that this box will be filled in one hour or less. Enter your answer to four decimal places.    

Consider the following MGF of random variable, X:   MX(t) = 0.21 + 0.30e2t  +  0.20e4t + 0.29e6t This question is part of a quiz or exam given at Arizona State University, copywritten by Dr. L. Chattin.  It may not be reproduced, posted or distributed without permission of Arizona State University and L. Chattin  In the space below and using proper notation, show the pmf of the random variable corresponding to this MGF.  Use proper notation. Partial credit possible.