The mean squared error minimization smoothing constant's value can be found using a nonlinear optimization process.
Although the linear programming model is effective in many nonlinear optimization circumstances, it is insufficient to accurately model some issues. An illustration would be the isoperimetric problem, which asks you to identify the closed plane curve with the maximum area and a minimization given length. Pappus of Alexandria had access to the solution but not the proof. 340 CE.
The Swiss mathematician Johann Bernoulli challenged himself in 1696 to find the curve that minimizes the time it takes an object to slide, using minimization only the force of gravity, between two nonvertical points. This challenge marked the beginning of the branch of mathematics known as the nonlinear optimization calculus of variations. Along with Johann Bernoulli, the correct answers were also provided by his brother Jakob Bernoulli, the German Gottfried Wilhelm Leibniz, and the Englishman Isaac Newton. (The solution is the brachistochrone.) Many nonlinear algorithms, in particular, heavily rely on Newton's method of solving the problem.
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Answer:
B, Fundamental attribution error.
Explanation:
Fundamental attribution error is a psychological situation in which individuals have the tendency to explain a person's behavior based on disposition/personality but not lay emphasis on the external behaviors that affect the person's behavior.
In the above question, because Jack and Margaret couldn't finish Margaret's jobs due to Margarette her clumsiness and went on to blame the supervisor as the cause of the tem not being able to finish the task .
Cheers.
Sarah is demonstrating a critical thinking. Critical
thinking can be defined as the awakening of intellect to study itself. It is
also the ability to think and analyze fasts to form a judgement. Critical
thinking also refers as the ability to think clearly and rationally regarding
what to do and what to believe.
Answer:
52.7%
Explanation:
Coefficient of variation=
times 100%
=
times 100%
= .5270462767 times 100%
= 52.704627667
Which rounded to the nearest tenth percent is 52.7%