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Find the possible failures in the column picture and the row picture, and match them up. Success would be 3 columns whose combinations give every vector b, which matches with 3 planes in the row picture that intersect at one point (the unique solution x). Give numerical examples of these two types of failure:
a. 3 columns lie on the same line; 3 planes are parallel (then if b happens to lie on that line of columns, the 3 planes meet in a ... )
b. 3 columns in the same plane, but no two on the same line. Then 3 planes do what? Which b's are okay?
Now give numerical examples of the other types of failure in the column and row pictures.
Draw structural formulas for all possible isomers having the following molecular formulas
Considering the variables and design that you described in the first discussion question 3, above what information would a one-way MANOVA provide you? What more would you want to know if you get significant results in the MANOVA? Why would this be..
How much would the return for cattle have to increase in order for Alexis to invest only in cattle? Should all of Alexis's inheritance be invested according to the optimal solution?
Use Lagrange multipliers to find maximum and minimum values of the function subject to a given constraint or constraints.
The company believes it needs to have at least 1,200 pounds of Home 1 mix, 900 pounds of Home 2 mix, and 2,400 pounds of Commerical 3 seed mix on hand. A pound of tall fescue costs the company $1,70, a pound of mustang fescue costs $2.80, and a po..
Each of its printing works at Hill and Bath can produce up to 35,000 copies by the deadline. Given the following table of transportation costs (in pence per booklet), determine how many copies should be produced at Hull and at Bath and how should ..
Learn to pass parameters and write a simple recursive subroutine.
You have been contracted by a company to hire the next chief executive officer (CEO). The company has given you ten potential candidates for the position of chief executive officer (CEO), but it wants you to first gather data on the executives to ..
Sketch a phase diagram corresponding to each of these cases. Try to make some general statements about the structure of equilibrium as a function of the parameters.
Rewrite this function as a linear relation between redefined variables and Graph the data such that the linearity assumption can be tested. Compare the data in this plot with a linear function to find the model parameters.
The components in the duct are cooled by forced air that enters the duct at 30°C and 1 atm at a rate of 0.6 m3/min and leaves at 40°C. Determine the rate of heat transfer from the outer surfaces of the duct to the ambient.
A large aquarium of height 5.00 m is filled with fresh water to a depth of 2.00 m. One wall of the aquarium consists of thick plastic 8.00 m wide. By how much does the total force on that wall increase if the aquarium is next filled to a depth of ..
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