Mathematics, 21.11.2019 03:31, GhostElite6383
Suppose that either phase i is completed or the bounded optimal solution
of the big-m problem is found. furthermore, suppose that there exists at least
one artificial at a positive level indicating that the original system ax = b and
and x \geq 0 has no solution. how would you differentiate between the following
two cases?
a. the system ax = b is inconsistent.
b. the system ax = b is consistent but ax = b implies that x \geq 0 is not true (x is not greater than or equal to 0).
illustrate each case with an example.
Answers: 3
Mathematics, 21.06.2019 16:10, dhernandez081
To find the extreme values of a function f(x. y) on a curve x-x(t), y y(t), treat f as a function of the single variable t and use the chain rule to find where df/dt is zero. in any other single-variable case, the extreme values of f are then found among the values at the critical points (points where df/dt is zero or fails to exist), and endpoints of the parameter domain. find the absolute maximum and minimum values of the following function on the given curves. use the parametric equations x=2cos t, y 2 sin t functions: curves: i) the semicircle x4,y20 i) the quarter circle x2+y-4, x20, y20 b, g(x, y)=xy
Answers: 2
Mathematics, 21.06.2019 16:30, hector87
The label on the car's antifreeze container claims to protect the car between ? 40°c and 125°c. to convert celsius temperature to fahrenheit temperature, the formula is c = 5 over 9 (f ? 32). write and solve the inequality to determine the fahrenheit temperature range at which this antifreeze protects the car. ? 40 > 5 over 9 (f ? 32) > 125; ? 40 > f > 257 ? 40 < 5 over 9 (f ? 32) < 125; ? 40 < f < 257 ? 40 < 5 over 9 (f ? 32); ? 40 < f 5 over 9 (f ? 32) < 125; f < 257
Answers: 2
Suppose that either phase i is completed or the bounded optimal solution
of the big-m problem...
of the big-m problem...
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