Consider a 2^8-3 fractional factorial design with design generators F=ABC, G=ABD, and H=BCDE a)Find the complete...

Consider a 2^8-3 fractional factorial design with design generators F=ABC, G=ABD, and H=BCDE

a)Find the complete defining relation and generate the alias structure using the principle(positive) fraction. Second, determine the design resolution (you need to show your justification).

b)List the basic variables and the design configuration (All 32 design points with the + and – signs. You should show the setting for all 8 factors by using the design generators) (Hint: Here there are 5 basic variables which you can use to generate the entire design)

Expert Solution

b) there are 5 basic variables A,B,C,D,E

orchestra answered 1 year ago

Question 4: Consider a 28-3 fractional factorial design with design generators F=ABC, G=ABD, and H=BCDE a)...

Question 4: Consider a 28-3 fractional factorial design with design generators F=ABC, G=ABD, and H=BCDE a) Find the complete defining relation and generate the alias structure using the principle (positive) fraction. Second, determine the design resolution (you need to show your justification). b) List the basic variables and the design configuration (All 32 design points with the + and – signs. You should show the setting for all 8 factors by using the design generators) (Hint: Here there are 5...

Consider the reaction, 2 D(g) + 3 E(g) + F(g) => 2 G(g) + H(g) When...

Consider the reaction, 2 D(g) + 3 E(g) + F(g) => 2 G(g) + H(g) When H is increasing at 0.85 mol/Ls, how quickly is F decreasing?

Consider a fractional 2^5-2 design. The following runs were performed: de, ae, b, abd, cd, ac,...

Consider a fractional 2^5-2 design. The following runs were performed: de, ae, b, abd, cd, ac, bce, abcde. a) Find the design generators. b) Write the complete defining relation for this design. c) Write the full alias structure for this design. d) Suppose you have to perform the runs in two blocks. Propose a good block generator and indicate why it’s good. e) Which runs will go in which block if you use the generator from (d)?

If f and g are both differentiable functions. If h = f g, then h'(2) is: ___________________

If f and g are both differentiable functions. If h = f g, then h'(2) is: ___________________ Given the function: y=sin(4x)+e^-3x and dx/dt = 3 when x=0. Then dy/dt = ________________ when x=0. Let f(x) = ln (√x). The value of c in the interval (1,e) for which f(x) satisfies the Mean Value Theorem (i.e f'(c)= f(e)-f(1) / e-1 ) is: _________________________ Suppose f(x) is a piecewise function: f(x) = 3x^2 -11x-4, if x ≤ 4 and f(x) =...

Write a complete ARM asembly program for following code: g=12, h=8, i=2, j=5; f = (g...

Write a complete ARM asembly program for following code: g=12, h=8, i=2, j=5; f = (g + h) - (i + j); Your program displays the message: f = (g + h) – (i + j) = 13 Note that 13 should be calculated, not hardcoded Below is my current code: .global _start _start: mov R0,#12 mov R1,#8 mov R2,#2 mov R3,#5 add R4,R0,R1 add R5,R2,R3 sub R6,R4,R5 How should I display the message: "f = (g + h) –...

For the given functions f and g, complete parts (a)-(h). For parts (a)-(d), also find the...

For the given functions f and g, complete parts (a)-(h). For parts (a)-(d), also find the domain. f left parenthesis x right parenthesis equals StartFraction 7 x plus 9 Over 9 x minus 7 EndFractionf(x)=7x+99x−7; g left parenthesis x right parenthesis equals StartFraction 9 x Over 9 x minus 7 EndFractiong(x)=9x9x−7(a) Find (fplus+g)(x). (fplus+g)(x)equals=nothing (Simplify your answer.)What is the domain of fplus+g? Select the correct choice below and, if necessary, fill in the answer box to complete your choice. A.The...

Consider the following functions. f(x) = x − 3, g(x) = |x + 3| Find (f...

Consider the following functions. f(x) = x − 3, g(x) = |x + 3| Find (f ∘ g)(x). Find the domain of (f ∘ g)(x). (Enter your answer using interval notation.) Find (g ∘ f)(x). Find the domain of (g ∘ f)(x). (Enter your answer using interval notation.) Find (f ∘ f)(x). Find the domain of (f ∘ f)(x). (Enter your answer using interval notation.) Find (g ∘ g)(x). Find the domain of (g ∘ g)(x). (Enter your answer using...

Consider a 2^5 factorial design. (a)How many factors and levels are considered in this factorial experiment?...

Consider a 2^5 factorial design. (a)How many factors and levels are considered in this factorial experiment? (b)Show all the 32 treatment combinations using a, b, c, d, and e. (c)Suppose you are not able to complete all 32 experiments in a day but you believe 16 experiments can be done in a day. How many blocks do you need under this situation? (d)Revisiting part (c), which interaction effect would be confounded with the blocks? Using the sign method, assign optimal...

Let f(x) = (x − 1)2, g(x) = e−2x, and h(x) = 1 + ln(1 − 2x). (a) Find the linearizations of f, g, and h at a =...

Let f(x) = (x − 1)2, g(x) = e−2x, and h(x) = 1 + ln(1 − 2x). (a) Find the linearizations of f, g, and h at a = 0. Lf (x) = Lg(x) = Lh(x) = (b) Graph f, g, and h and their linear approximations. For which function is the linear approximation best? For which is it worst? Explain. The linear approximation appears to be the best for the function ? f g h since it is closer to ? f g h for a larger domain than it is to - Select - f and g g and h f and h . The approximation looks worst for ? f g h since ? f g h moves away from L faster...

(a) (f ∘ g)(3) (b) g(f(2)) (c) g(f(5)) (d) (f ∘ g)(−3) (e) (g ∘ f)(−1) (f) f(g(−1))

Question