Problem 3.22. The response time in milliseconds was determined for three different types of circuits that...

Problem 3.22. The response time in milliseconds was determined for three different types of circuits that could be used in an automatic valve shutoff mechanism. The results from a completely randomized experiment are shown in the following table:

Circuit Type...........Response Time

1	9	12	10	8	15
2	20	21	23	17	30
3	6	5	8	16	7

a) Test the hypothesis that the three circuit types have the same response time. Use α=0.01.

b) Use Tukey’s test to compare pairs of treatment means. Use α = 0.01.

c) Use the graphical procedure in Section 3.5.3 to compare the treatment means. What conclusions can you draw? How do they compare with the conclusions from part (b)?

d) Construct a set of orthogonal contrasts, assuming that at the outset of the experiment you suspected the response time of circuit type 2 to be different from the other two.

e) If you were the design engineer and you wished to minimize the response time, which circuit type would you select?

f) Analyze the residuals from this experiment. Are the basic analysis of variance assumptions satisﬁed?

Expert Solution

orchestra answered 1 year ago

The response time in milliseconds was determined for three different types of circuits in an electronic...

The response time in milliseconds was determined for three different types of circuits in an electronic calculator. The results are recorded in table: Curcuit Type Response (R) R R R R 1 19 22 20 18 25 2 20 21 33 27 40 3 16 15 18 26 17 (a) What is the value of LSD? Use α=0.01. Round your answer to two decimal places (e.g. 98.76). (b) Apply Fisher's LSD method with α=0.01 and state which circuit type differs...

Question 1: The response time in milliseconds was determined for three different types of circuits in...

Question 1: The response time in milliseconds was determined for three different types of circuits in an electronic calculator. The results are recorded here. Circuit Type Response 1 19 22 20 18 25 2 20 21 33 27 40 3 16 15 18 26 17 Using α = 0.05, test the hypothesis that the three circuit types have the same response time. What is the p-value? Analyze the residuals from this experiment. If there is a significant difference, perform a...

The response time in milliseconds for 5 different type of circuits in automatic value shutoff mechanism...

The response time in milliseconds for 5 different type of circuits in automatic value shutoff mechanism is measured and reported as follows Circuit 1 Circuit 2 Circuits 3 Circuits 4 Circuit 5 28 25 31 31 29 25 31 25 25 31 28 30 31 25 23 25 22 23 31 28 29 27 38 21 24 35 29 29 31 19 31 29 28 30 25 23 29 ...

The drawing shows three different resistors in two different circuits. The battery has a voltage of...

The drawing shows three different resistors in two different circuits. The battery has a voltage of V = 20 V, and the resistors have resistances of R1 = 50.0 ?, R2 = 25.0 ? and R3 = 10.0 ?. Determine the current through and the voltage across each resistor.

RE: Circuits, Third Edition, Problem 10P Please explain why the frequency response of the scaled circuit...

RE: Circuits, Third Edition, Problem 10P Please explain why the frequency response of the scaled circuit is different from the prototype circuit. According to the textbook, magnitude scaling has no effect on the frequency response.

In terms of response time and antibody production, how is a primary immune response different from...

In terms of response time and antibody production, how is a primary immune response different from a secondary immune response? What is a difference between a pathogen and an allergen? How is an autoimmune disorder different from an allergy?

Do movies of different types have different rates of return on their budgets? The response variable:...

Do movies of different types have different rates of return on their budgets? The response variable: US Gross( $M) Explanatory variable: Budget ( $M) Categorical variable : Type of movie : Comedy =1 ; Action Picture =0. Using the regression output with an indicator variable: MODEL 1: Summary of Fit RSquare 0.318 RSquare Adj 0.338 Root Mean Square Error 46.50 Mean of Response Number of observations 58 Parameter Estimates Term Estimate Std Error t Ratio Prob>|t| Intercept -7.03913 16.20 -0.435 0.6655* Budget(...

There are three different types of tests we learned. What one of the three types is...

There are three different types of tests we learned. What one of the three types is the following? “ A researcher estimates that high school girls miss more days of school than high school boys. A sample of 16 girls showed that they missed an average of 3.9 days of school and a sample of 22 boys showed that they missed an average of 3.6 days. The standard deviation of the 16 girls was .6 and the standard deviation of...

Problem 4: A large firm uses three different types (A, B, and C) of raw materials...

Problem 4: A large firm uses three different types (A, B, and C) of raw materials to manufacture its product. Previous records show that 25% of the manufactured products are produced using material A, 50% using material B, and 25% using material C. If it is known that 5% of the product made with material A are defective, 2% made with material B are defective, and 5% made with C are defective. What is the probability that a product selected...

The firm that manufactures patriot missiles purchases the guidance circuits from three different suppliers. Supplier A...

The firm that manufactures patriot missiles purchases the guidance circuits from three different suppliers. Supplier A provides 30% of the guidance circuits and those circuits have a fault probability of pA =0.02, whereas the circuits from supplier B, which provides 25% of those purchased, have a fault probability of pB =0.025. The guidance circuits purchased from supplier C have pC =0.01. If a batch of 200 missiles is fired during a particular strategic offensive and three of the missiles fail...

Question