Consider the following. W(r, h) = 2.8r2(1.08h) + 59r(0.3h2 − 3.3h + 72) when r =...

Consider the following. W(r, h) = 2.8r2(1.08h) + 59r(0.3h2 − 3.3h + 72) when r = 13, h = 63, and Δr = −1.5 (a) Calculate the output associated with the given input values. (Round your answer to three decimal places.) W(13, 63) = (b) Approximate the change needed in one input variable to compensate for the given change in the other input variable. (Round your answer to three decimal places.) Δh =

Expert Solution

If you have any query in this answer then comment below... i will explain you........ this is your process.... Please give me thumb up......

Colby Messinger answered 2 years ago

Consider the following history H: T2:R(Y), T1:R(X), T3:R(Y), T2:R(X), T2:W(Y), T2:Commit, T1:W(X), T1:Commit, T3:R(X), T3:Commit Assume...

Consider the following history H: T2:R(Y), T1:R(X), T3:R(Y), T2:R(X), T2:W(Y), T2:Commit, T1:W(X), T1:Commit, T3:R(X), T3:Commit Assume that each transaction is consistent. Does the final database state satisfy all integrity constraints? Explain.

Consider the time dependent Hamiltonian H=H0+W(t). |φn is a basis of H0. When t<0, the system...

Consider the time dependent Hamiltonian H=H0+W(t). |φn is a basis of H0. When t<0, the system is in one of the eigen states, |φi, of the unperturbed Hamiltonian H0. At ?=0 an, a time dependent perturbation Wt=Ccos(ωt) is applied to the system for a sufficiently long time, here C is a complex number and w is the angular frequency of the applied perturbation. Calculate the probability of finding the system in |φf eigen states of H0 when the system in...

Consider the following actions taken by transaction T1 on database objects X and Y: R(X), W(X),...

Consider the following actions taken by transaction T1 on database objects X and Y: R(X), W(X), R(Y), W(Y) Give an example of another transaction T2 that, if run concurrently to transaction T1 without some form of concurrency control, could interfere with T1.

Consider the production function ? = ? 1 3? 2 3. Let r and w denote...

Consider the production function ? = ? 1 3? 2 3. Let r and w denote the prices of K (capital) and L (labor). Suppose ?̅ = 27 (fixed) and L is variable. a. Write down the expression for the short-run production function. b. Compute the marginal product of labor (??? ) and the average product of labor (??? ). Is the ??? increasing or decreasing? Is ??? >, <, or = ???? c. Find expressions for fixed cost [F],...

Consider the linear transformation T: R^4 to R^3 defined by T(x, y, z, w) = (x...

Consider the linear transformation T: R^4 to R^3 defined by T(x, y, z, w) = (x +2y +z, 2x +2y +3z +w, x +4y +2w) a) Find the dimension and basis for Im T (the image of T) b) Find the dimension and basis for Ker ( the Kernel of T) c) Does the vector v= (2,3,5) belong to Im T? Justify the answer. d) Does the vector v= (12,-3,-6,0) belong to Ker? Justify the answer.

Consider the following languages: A = {w: |w| > k, where k is a constant integer}...

Consider the following languages: A = {w: |w| > k, where k is a constant integer} B = {ε,0,1, 10, 001} (The complement of A) (The complement of B) (True/False) A is regular (True/False) B is regular (True/False) is regular (True/False) is regular 2. If A is regular, and A = A, then B must be not regular. True or False 3. Given three languages A, B, C where . If both A and B are regular, then C must be regular. True or False Automata and...

A bag contains 9 9 w h i t e w h i t e marbles,...

A bag contains 9 9 w h i t e w h i t e marbles, 3 3 y e l l o w y e l l o w marbles, 7 7 b l u e b l u e marbles. If one marble is drawn from the bag then replaced, what is the probability of drawing a w h i t e w h i t e marble then a b l u e b l u e...

A red train traveling at 72 km/h and a green train traveling at 144 km/h are...

A red train traveling at 72 km/h and a green train traveling at 144 km/h are headed toward each other along a straight, level track. When they are 840 m apart, each engineer sees the other's train and applies the brakes. The brakes slow each train at the rate of 1.0 m/s2. Is there a collision? If so, give (a) the speed of the red train, (b) the speed of the green train, and (c) the separation between the trains...

Consider the language defined as such: L = { w$w’ : w is a string of...

Consider the language defined as such: L = { w$w’ : w is a string of numbers 0-9 and can be of length ≥ 0, and w’ is the reverse string of w} Write a recursive grammar that defines all strings in the language. Using the language above, write the Java code (using recursion) that will recognize if a string is part of the language or not.

How would I prove this ? R > A / R > ( A v W...

How would I prove this ? R > A / R > ( A v W ) I was thinking that this would work but I am not sure. 2. R > (A v W) 1, MP

Question