Computer Simulation Lab
... This gives you a row vector of seven random numbers. • r(3) This will display the third element of r. The number 3 is the subscript. • r(2:4) This should give you the second, third and fourth elements. • r(1:2:7) • r([1 7 2 6]) • r([1 7 2]) = [ ] will remove elements 1, 7 and 2. ...
... This gives you a row vector of seven random numbers. • r(3) This will display the third element of r. The number 3 is the subscript. • r(2:4) This should give you the second, third and fourth elements. • r(1:2:7) • r([1 7 2 6]) • r([1 7 2]) = [ ] will remove elements 1, 7 and 2. ...
IMPRECISE MEASUREMENTS IN QUANTUM MECHANICS
... The most basic situation in physics is the following: we have an object system under investigation, and we try to obtain information about it by making an experiment. As a result of the experiment, measurement outcomes are registered. Quantum mechanics predicts the probabilities of the measurement o ...
... The most basic situation in physics is the following: we have an object system under investigation, and we try to obtain information about it by making an experiment. As a result of the experiment, measurement outcomes are registered. Quantum mechanics predicts the probabilities of the measurement o ...
Duality Theory for Interval Linear Programming Problems G. Ramesh and K. Ganesan
... x X and by by for all y Y. That is x is an optimum solution to the primal problem (3.1) and y an optimum solution to the dual problem (3. 3). 0 , there exist x X and y Y such that cx . Then the results follow by by Proof. Since cx ...
... x X and by by for all y Y. That is x is an optimum solution to the primal problem (3.1) and y an optimum solution to the dual problem (3. 3). 0 , there exist x X and y Y such that cx . Then the results follow by by Proof. Since cx ...
